The daily firehose — everything the toolchain shipped today, already filtered.
We read every release from the 1309 tools on our watchlist at the source — GitHub and GitLab release notes, vendor release pages and changelogs, project blogs and feeds, vendor press releases, and the source code behind the tag. Bug-fix-only releases and non-product newsroom noise are dropped; what's left is summarized down to the new capability, how to try it, and any screenshots or videos the release itself published. Every entry links to the sources it was built from.
READ AS
Focus:What features shipped and what problems they solve, plus launches, packaging and where the market is moving.
Leaves out:Command-line flags, API-only deltas, usage examples, and releases that are only refinements.
Focus:New security controls, new APIs, and product improvements you can put to work, plus anything an upgrade breaks.
Leaves out:Launch and marketing news, governance, pricing, and documentation changes with no operational effect.
Focus:Dashboards, reporting, and anything you can quantify: metrics, coverage, risk scores, compliance impact, vendor moves.
Leaves out:Settings, flags, API and command-line detail, library bumps, and minor releases with no reporting or posture angle.
Focus:API, SDK and MCP changes, new libraries, breaking changes in what you import, and cyber tooling.
Leaves out:Governance, SOC operations, and vendor launches with no developer surface.
AMOUNT
DETAIL
ORDER
This issue came out before editions were ranked, so it shows the Standard edition in issue order.
Horizon3 NodeZero is an autonomous penetration testing platform that continuously finds and exploits real attack paths in your environment to identify and prioritize critical vulnerabilities.
NodeZero June 2026: Rapid Response overhaul, Real-Time View redesign, and External Pentest rebuild with reusable Scopes
└──▷ HOW TO FIND IT
When an alert fires during an active pentest, use the redesigned Real-Time View timeline and event-log filters to quickly confirm whether activity is NodeZero-generated or a genuine threat actor.
📍In the NodeZero Portal, open an active pentest and navigate to Real-Time View, then use the timeline scrubber and event-detail filters to isolate events by source and timestamp.
Adds asset-level exploitability status, personalized remediation guidance, and verification feedback to Rapid Response, reducing vulnerability noise.
Redesigns Real-Time View (RTV) with a visual timeline, event-log summaries, and granular event details to help distinguish NodeZero testing activity from real attacks.
Rebuilds External Pentesting to replace Asset Groups with reusable Scopes, with improved bulk asset management, uploads, and support for large external attack surfacesattack surfacesThe exposed systems, interfaces and access points an attacker could try to use. It includes internet-facing services as well as identities, software and other reachable resources..
Expands Rapid Response coverage to include Starlette/LiteLLM BadHost, Apache Solr, Palo Alto Networks PAN-OS, Nginx UI, Ivanti Sentry, Check Point Remote Access VPNVPNA virtual private network, an encrypted tunnel between devices or networks. It carries traffic across another network as though the endpoints had a private connection., Splunk Enterprise, Cisco Unified Communications Manager, and Squid.
Adds MSPMSPA managed service provider, a company that operates IT services for customers. It may manage systems, networks, backups or other ongoing technology needs. license-management improvements enabling parent accounts to manage clients' product access, asset allocations, and custom branding more easily.
Dradis is an open-source collaboration and reporting framework that helps security professionals consolidate findings, share information, and generate reports during penetration testing engagements.
Dradis Pro v5.2 adds List fields with multi-column issue sorting, broader ServiceNow module coverage, and a redesigned CVSSCVSSCommon Vulnerability Scoring System, a method for describing a vulnerability's characteristics and severity. Its score is not the probability that attackers will exploit it. Calculator.
└──▷ HOW TO FIND IT
When you need to capture and paste a CVSS vector string into a ticket or report, use the redesigned calculator to score a finding and copy the vector in one click.
📍In Dradis Pro, open a finding and click CVSS Calculator. Adjust metrics in the two-column layout — the score and severity badge update live in the sticky results panel. Click Copy vector string to copy the full CVSS vector to your clipboard.
New List field type lets you define ordered value sets (e.g., Critical > High > Medium > Low) for Issue fields, complete with configurable font and cell background colours.
Multi-column Issue sorting now lets you stack multiple List and numeric fields as ordered sort criteria, so reports emerge in exactly the priority sequence your methodology demands.
ServiceNow integration now creates Vulnerable Items across the Application, Container, and Vulnerability Response modules automatically — no extra configuration required.
Redesigned CVSS Calculator features a two-column layout with a sticky results panel, severity badges for instant visual context, and a one-click vector string copy button.
New default Welcome kit option added for Kits.
+2 moreshow less
Issue Library now defaults imported issue state to draft.
Dark mode support added to the login and setup wizard pages.
Bugcrowd Customer Changelog is a feed that documents updates, new features, and improvements made to Bugcrowd's crowdsourced security platform for customers.
Bugcrowd VRT 1.19.1 adds Active DirectoryActive DirectoryMicrosoft's directory service for Windows networks that centralises authentication and authorisation; cyber tools target or integrate with it because it controls identity and access across most enterprise environments., KerberosKerberosA network authentication protocol that uses tickets issued by a trusted service. Users and services can prove their identities without sending a password to each application./SCCM, and server misconfiguration categories plus granular SSRFSSRFServer-side request forgery, an attack that tricks a server into making requests chosen by an attacker. Those requests can reach internal services the attacker cannot access directly. classifications.
Adds Active Directory misconfiguration entries to the VRT, covering a new class of findings for AD-related vulnerabilities.
Adds Kerberos and SCCM abuse vectors as distinct VRT categories, enabling more precise classification of common internal attack pathsattack pathsA possible sequence of steps an attacker could take to reach a valuable target. It connects weaknesses, permissions and reachable systems rather than treating each finding separately..
Adds server security misconfiguration classifications rated across the full P1–P5 severity spectrum.
Replaces legacy SSRF categories with granular SSRF metrics, enabling finer-grained severity differentiation for server-side request forgeryserver-side request forgeryServer-side request forgery, an attack that tricks a server into making requests chosen by an attacker. Those requests can reach internal services the attacker cannot access directly. findings.
Snyk Product Updates is an RSS feed that delivers the latest feature releases, improvements, and security updates across Snyk's developer security platform.
Snyk CLI v1.1306.0 adds a new snyk doctor diagnostic command, broader Java/JVMJVMThe Java Virtual Machine, a runtime maintained by Oracle (and implemented by others) that executes Java bytecode on any OS, giving cyber tools a portable, garbage-collected environment with a large ecosystem of libraries. and .NET container scanning, and MCPMCPModel Context Protocol, a standard for connecting AI applications to external tools and data sources. A compatible server exposes capabilities an assistant can use through a common interface. breakability evaluation on by default.
└──▷ TRY IT
Quickly diagnose CLI configuration or environment issues before opening a support ticket.
$ snyk doctor
New snyk doctor command diagnoses common CLI problems by generating a diagnostic report for your system or analyzing debug log output.
Container scans now detect the Java runtime version across a wider range of JVM base images.
Container scans can now find vulnerabilities in .NET application dependencies.
The breakability evaluation tool in the Snyk MCP ServerMCP ServerA process that exposes tools, resources, and prompts over Anthropic's Model Context Protocol, letting an AI agent call external APIs or local services through a standardised interface. is now enabled by default and no longer requires an experimental flag.
Shows a warning when a request is automatically retried due to rate limiting, improving visibility into throttled scans.
5 details in Everything
4 more releases in this issue
· 2026-06-16 → 2026-07-09
Snyk Code adds 6 new C++ rules, broader C++ native detection, expanded Java library coverage, and a JS/TS Insecure Transmission rule.
New C++ rule: Log Forging (CWECWECommon Weakness Enumeration, a catalog of recurring software and hardware weakness types. It describes classes of mistakes, such as injection, rather than individual vulnerability instances.-117, high) — detects untrusted user input reaching logging sinks, enabling log forgery or corruption.
New C++ rule: Improper Privilege Management (CWE-269, high) — flags unverified privilege-dropping calls that may leave processes running with elevated privileges.
New C++ rule: Missing Authorization (CWE-862/CWE-732) — detects world-writable/world-executable file permissions and root UID/GID passed to privilege-escalation or file-ownership functions.
New C++ rule: SSLSSLA cryptographic protocol for encrypting network connections, now deprecated in favor of TLS but whose name persists colloquially. Cyber tools reference it when handling HTTPS or other encrypted-channel inspection and termination./TLS Certificate Verification Bypass (CWE-295, medium) — detects disabled certificate verification across OpenSSL, Qt, mbedTLS, libcurl, Boost.Asio, libpq, and libpqxx.
New C++ rule: Insecure TLS Configuration (CWE-327, high) — detects enablement of outdated TLS versions and other insecure TLS settings.
+6 moreshow less
New C++ rule: Sensitive Cookie Without Secure Attribute (CWE-614, low) — flags cookies missing the Secure attribute, exposing them to MitM attacks.
New JavaScript/TypeScript rule: Insecure Transmission (CWE-319) — detects cleartext transmission beyond HTTP, with initial coverage for Redis clients (@redis/client, ioredis, redis) connecting over non-TLS redis:// URLs.
Extended C++ native detection for Code Injection (CWE-94) across dlopen, LoadLibrary, Lua, CPython, Duktape, and QuickJS.
Extended C++ native detection for Insecure Storage (CWE-922) across sqlite, realm, leveldb, rocksdb, lmdb, and Qt.
Extended C++ native Insecure Cipher (CWE-327) coverage across OpenSSL, Botan, libsodium, libtomcrypt, libgcrypt, Crypto++, and mbedTLS.
Expanded Java library detection coverage for Azure SDK (com.azure:azure-core), Logback (ch.qos.logback:logback-classic), Reactor Netty HTTP (io.projectreactor.netty:reactor-netty-http), Apache Kafka clients (org.apache.kafka:kafka-clients), and Jackson (jackson-databind, jackson-core).
Snyk Learn adds three new AI security lessons on agentic RCERCERemote code execution, the ability to run attacker-chosen code on another system through a vulnerability. Its impact depends on the permissions and access that code receives., memory poisoning, and inter-agent communication.
New AI-Sec lesson: Unexpected Code Execution (RCE) — covers how agentic systems can be tricked into executing unauthorized code.
New AI-Sec lesson: Memory and Context Poisoning — explains how corrupted agent memory can silently alter AI reasoning and decisions.
New AI-Sec lesson: Insecure Inter-Agent Communication — teaches exploitation of weak communication protections between agents.
Expanded OWASPOWASPA nonprofit foundation that publishes open standards, guides, and ranked vulnerability lists—most famously the OWASP Top 10—giving cyber tools a vendor-neutral benchmark to test or report against. Top 10 lesson coverage now available in Python, Rust, and Ruby.
Snyk now auto-closes stale Open Source Fix PRs by default, with a configurable daily closure limit.
Enables automatic closing of obsolete Open Source Fix PRs for all organizations by default, triggered during recurring tests when the targeted dependency is removed, transitively updated, or manually fixed.
Adds a configurable maximum number of obsolete PRs Snyk will close per day, giving teams rate control over automated closures.
Allows administrators to opt out of automatic PR closure via the organization settings page.
Snyk API & Web now supports Bruno collections natively, enabling direct import to create API Targets.
└──▷ HOW TO FIND IT
Import a Bruno collection to create an API Target without pre-converting it to Postman or OpenAPIOpenAPIA vendor-neutral specification for describing REST APIs in a machine-readable format, maintained by the OpenAPI Initiative. Cyber tools use it to auto-generate clients, documentation, and validation from a single source of truth. format.
📍In the Snyk console, go to API & Web › API Targets, select Import Collection, and choose your Bruno collection file.
StackHawk is a dynamic application security testing (DAST) tool that helps developers find and fix security vulnerabilities in their web applications and APIs during development.
StackHawk adds standalone native binary, script validation daemon, org-wide findings table, service keys, and FlightPath AI auth config.
└──▷ TRY IT
Iterate on an auth script locally without triggering a full scan — daemon mode re-runs the script every time you save.
Browse all available HawkScan config sections and then inspect the exact schema for the authentication block before writing your stackhawk.yml.
$ hawk config list && hawk config show app.authentication
Provision a CI service key scoped to Scan Only and store it for pipeline use — without tying it to any individual user account.
📍In the StackHawk console, go to Settings › Service Keys and click Create Service Key. Copy the generated key into your CI secret store (e.g., as HAWK_API_KEY). The key belongs to the org and survives team member changes.
Adds hawk validate script command to test active and passive HawkScripts against a live URL without running a full scan; pass --watch for daemon mode that re-executes on every file save.
Adds standalone native HawkScan binary (macOS, Linux, Windows) with bundled JRE — no Java installation required in CI or on developer machines.
Integrates hawk op directly into the hawk binary, eliminating the need for a separately installed hawkop binary for platform operations.
Adds OS-native certificate trust (macOS Keychain, Windows Certificate Store, Linux PEM bundle) for zero-config support of transparent TLS-intercepting proxies (Zscaler, Netskope, corporate CAs); disable with --no-native-truststore.
Adds --browser flag to hawk init for non-interactive device-flow authentication — opens the browser immediately and prints the auth URL to stdout, designed for AI coding agents.
+11 moreshow less
Removes ZIP distribution format; pipelines must migrate to architecture-specific binary downloads from https://download.stackhawk.com/hawk/{VERSION}/{PLATFORM}/hawk.
Adds hawk flightpath command for running the auth-authoring loop entirely locally — no cloud infrastructure required — producing a validated stackhawk-auth.yml.
Upgrades StackHawk CircleCI Orb to v2.0.0 with snake_case job and parameter names (breaking change; e.g., stackhawk/hawkscan-local → stackhawk/hawkscan_local, app-id → app_id).
Adds hawk config subcommands (list, show <path>, recipe <path>) to browse and inspect HawkScan configuration schema from the CLI; --text flag outputs raw markdown.
Scopes primary-host matching to exact lowercase host with normalized default ports, excluding CDNCDNA content delivery network, servers distributed across locations that cache and serve content near readers. It can reduce loading time and traffic to the original server. and third-party traffic from hosted-scanner HARHARAn HTTP Archive file, a JSON-format log of all network requests and responses captured by a browser's developer tools, used by cyber tools to replay, inspect, or analyze web traffic without re-running a live session. uploads by default.
Adds two new CloudFront-fronted storage domains (scan-results.prod.stackhawk.com, hosted-assets.prod.stackhawk.com) for scan results and hosted assets (available on request).
Adds org-wide Findings page to view, sort, and filter all open findings across every app and environment in a single table, refreshed automatically after each scan.
Adds Service Keys — long-lived, organization-owned API keys with Scan Only role for CI/CD scanning, managed under Settings → Service Keys.
Adds FlightPath (private preview for Enterprise/Scale) — AI agent that captures auth flows via a built-in browser and auto-generates complete scan configurations without YAML.
Adds Organization IP Allow List to restrict inbound platform access to approved IPv4 CIDRCIDRA notation for a block of IP addresses, such as 10.0.0.0/24. The number after the slash says how many leading address bits identify the network. ranges, covering UI logins, API key requests, and scan uploads (available on request).
Adds Test Config button in the Scan Config Drawer to validate stackhawk.yml with field-level feedback and execute the auth login flow against a live application before running a full scan.
16 details in Everything
└──▷ BREAKING ON UPGRADE
!The hawk-{version}.zip download format is no longer available; pipelines or scripts that download the ZIP directly must migrate to the OS- and architecture-specific binary download at https://download.stackhawk.com/hawk/{VERSION}/{PLATFORM}/hawk (Windows: hawk.exe).
!The StackHawk CircleCI Orb v2.0.0 renames jobs and parameters from kebab-case to snake_case (e.g., stackhawk/hawkscan-local → stackhawk/hawkscan_local, app-id → app_id); existing pipelines must update job and parameter names when upgrading to v2.0.0.
Promptfoo is an open-source tool for testing, evaluating, and red-teaming LLM applications, with release notes documenting its latest features and fixes.
Promptfoo January 2026 snapshot adds adaptive rate limiting, Transformers.js local inference, telecom red team plugins, and multi-input red team scans.
└──▷ TRY IT
Run a red team scan against a system with multiple input variables to cover complex prompt structures.
View recent Promptfoo log output to diagnose provider or scan issues.
$ promptfoo logs
Adds Transformers.js provider to run Hugging Face models locally in Node.js or the browser.
Adds Vercel AI Gateway and Cloudflare AI Gateway providers for request routing.
Adds AWS Bedrock Video (Nova Reel, Luma Ray 2) and Azure AI Foundry Video (Sora) providers for video generation.
Adds native session endpoint support to the HTTP provider for stateful multi-turn conversations.
Adds apiBaseUrl, websocketUrl override, and function call support to the xAI Voice provider.
+22 moreshow less
Adds word-count assertion type for validating response word counts.
Adds __count variable for use in derived metrics to compute averages.
Adds provider config hover in eval results to view provider configuration details inline.
Surfaces metadata.sessionId as a variable column in tables and exports.
Adds user-rated filter to show only manually rated results.
Adds promptfoo logs command for viewing log files directly.
Adds adaptive rate limit scheduler that automatically adjusts concurrency based on provider rate limits and response headers.
Adds test-level prompts filter to filter prompts at the individual test case level.
Adds providers filter at the test case level.
Adds per-test structured outputstructured outputForcing a model's response to match a given format or JSON schema, so software can parse it reliably instead of hoping the text is well formed. configuration at the test case level.
Supports $VAR syntax for environment variables in file paths.
Supports multiple --env-file flags to load multiple environment files.
Adds fork PR support and comment-triggered scans to code scanning.
Adds --share and --no-share flags to Model Audit for controlling cloud sharing.
Adds Telecom industry-specific red team plugins for telecommunications AI systems.
Adds RAGRAGRetrieval-augmented generation: looking up relevant documents and adding them to the prompt before the model answers. It grounds responses in private or current data without retraining. Source Attribution plugin to test whether RAG systems properly attribute sources.
Enables multi-input variable support in red team scans for testing complex input structures.
Adds numTests config to cap test cases generated per strategy.
Adds -d/--description flag to redteam generate commands.
Adds early scan stop when plugins fail to generate test cases.
Adds automatic retries for transient 5xx errors in Enterprise.
Propagates -j flag to Python worker pools for improved Python concurrency.
Portkey Changelog is a documentation page that tracks and communicates updates, new features, bug fixes, and improvements made to the Portkey AI gateway platform.
Portkey adds vault-backed credentials, weekly rate limits, cross-cloud log delivery, and four new guardrail integrations in March 2026.
└──▷ USE IT
Keep LLMLLMA large language model, a neural network trained on large amounts of text to recognize patterns and generate language. Applications use it for tasks such as answering, summarizing and writing code. provider keys out of Portkey by pointing a virtual key at a secret stored in AWS Secrets Manager — Portkey fetches the value at request time.
Adds Secret References so Portkey fetches credentials at runtime from AWS Secrets Manager, Azure Key Vault, or HashiCorp Vault via secret_mappings, keeping keys out of Portkey directly.
Supports weekly budget/usage windows (rpw) and endpoint-scoped rate limits, letting teams cap chat completions, embeddingsembeddingsLists of numbers a model produces to represent the meaning of text, images or code, so similar items sit close together. They power semantic search and RAG., and admin routes independently.
Enables GCS log delivery from AWS-hosted gateways via GCP Workload Identity Federation (GCP_WIF_AUDIENCE / GCP_WIF_SERVICE_ACCOUNT_EMAIL), eliminating long-lived cross-cloud keys.
Allows organization admins to include archived workspaces in analytics graphs and filters, with workspace slugs accepted alongside IDs in saved filters.
Integrates Zscaler AI Guard as a guardrail partner, applying Zscaler Detection Policies to LLM inputs and outputs via beforeRequestHook / afterRequestHook with a required policyId.
+8 moreshow less
Integrates Akto Agentic Security as a guardrail partner to scan for prompt injectionprompt injectionAn attack where text the model reads, such as a web page, file or tool result, carries instructions that override the user's. It is the main security risk for agents with tools. and sensitive data leakage on agentic traffic.
Adds customHost on the Bedrock Guardrails plugin so guardrail evaluation can target private or regional Bedrock-compatible endpoints.
New required metadata key–value guardrails block requests at the gateway before they reach the model if required metadata fields are missing or invalid.
Adds DeepInfra provider support with tool callingtool callingA model's ability to answer with a structured request to run a named function or API, which the application executes and returns. It is how agents take actions. (tools, tool_choice, parallel_tool_calls), completions, and embeddings endpoints.
Expands DeepSeek support: deepseek-chat gains tools, tool_choice, and stream_options; deepseek-reasoner maps reasoning_effort to thinking mode and returns reasoning_content in streams.
Extends Bedrock batch inference to support embeddings jobs alongside existing chat completion batch patterns.
Adds Vertex AI enterprise web search grounding via enterpriseWebSearch / enterprise_web_search with separate cost attribution, Portkey metadata mapped to Vertex resource labels, and AWS-to-Vertex access via WIFWIFWorkload Identity Federation is a Google Cloud mechanism that lets external workloads authenticate to Google APIs using short-lived tokens from a trusted identity provider, eliminating the need to manage long-lived service account keys..
Supports Azure AI Foundry rerank with Cohere rerank models (e.g. cohere.Cohere-rerank-v4.0-pro), with the gateway stripping the cohere. prefix automatically.
Openlayer is an AI testing and monitoring platform that helps teams evaluate, debug, and improve machine learning models and LLM applications in production.
Openlayer adds batch test re-runs, Ruby SDK, Gemini/Copilot Studio integrations, and new drift detection.
└──▷ TRY IT
Retrieve test results programmatically to pipe into downstream alerting or reporting pipelines.
$ curl -X GET 'https://api.openlayer.com/v1/projects/<project-id>/test-results' \
-H 'Authorization: Bearer <api-key>'
Adds batch and manual test re-runs so results can be recalculated retroactively when new data is added.
Supports automatic threshold configuration for tests built on custom metrics.
Introduces custom time range selection for filtering test execution history.
New primary key uniqueness constraint test type available on the platform.
Adds Ruby SDK for instrumenting Openlayer in Ruby applications.
+11 moreshow less
New Strands Agents SDK integration for tracing agentic workflows.
New Microsoft Copilot Studio integration.
New Google Gemini API integration.
New API endpoints for retrieving test results and managing projects.
Adds Characteristic Stability Index (CSICSIAn ambiguous acronym spanning Container Storage Interface, Crime Scene Investigation, and other expansions — without more context about which domain this tool operates in, a reliable definition cannot be given.) as a drift detection method.
Adds step detection support in the LangChain integration.
Adds model output capture in the Google ADKADKGoogle's Agent Development Kit, an open-source framework for building and orchestrating AI agents; cyber tools use it to compose multi-agent workflows with built-in tool-calling and state management. integration.
Smoother Snowflake connection flow now supports views.
Simplified Databricks onboarding flow.
Redesigned monitoring test results graph for clearer visibility.
Openlayer adds Snowflake integration, new security role, prompt injectionprompt injectionAn attack where text the model reads, such as a web page, file or tool result, carries instructions that override the user's. It is the main security risk for agents with tools. tests, and expanded LLMLLMA large language model, a neural network trained on large amounts of text to recognize patterns and generate language. Applications use it for tasks such as answering, summarizing and writing code. tracing for Bedrock, OpenAI Agents, Pydantic AI, and LangGraph.
└──▷ HOW TO FIND IT
Connect a Snowflake table directly to a project to run evals against live warehouse data without manual exports.
📍In the console, open your project, go to Data Sources › Connect, select Snowflake, and choose the target table.
Enable a prompt injection test on an LLM data source to automatically detect adversarial inputs in production traffic.
📍In the console, open your project's Tests tab, click Add Test, and select Prompt Injection from the Evals library.
New UI with full light and dark mode support, updated design system, and improved navigation hierarchy.
Adds priority levels for tests and more data visualizations throughout the product.
SDK support for tracing Bedrock models.
SDK support for tracing OpenAI Agents.
SDK support for tracing Pydantic AI systems.
+12 moreshow less
SDK support for tracing LangGraph systems.
New Member restricted security role that can perform member actions without viewing data source data.
Direct Snowflake table connections to projects via native integration.
Project, dataset, and table dropdowns when connecting BigQueryBigQueryA serverless, cloud-hosted analytical database from Google that runs SQL queries across massive datasets without managing infrastructure, giving cyber tools scalable storage and fast querying over large volumes of log or event data. tables.
Supports hosting Openlayer on subpaths in on-premises deployments.
Allows users to override LLM costs with custom cost values.
Includes standard deviation score in LLM-as-a-judge and Ragas test results.
New prompt injection test to detect adversarial attacks on LLM systems.
Per-row scores now visible for metrics like semantic similarity and exact match in data tables.
API endpoints that return record counts and last record date for data sources are now faster.
Faster data source creation via API.
Supports streaming data with numpy arrays in the API request body.
17 details in Everything
└──▷ BREAKING ON UPGRADE
!Inference pipelines are renamed to data sources throughout the platform
Rotate API keys by creating a new key before revoking the old one — navigate to your account API settings to manage multiple keys.
📍In the Openlayer console, go to Account Settings › API Keys, click Create new key, copy the new key into your services, then delete the old key.
Supports custom metrics uploaded via openlayer.json, usable as project-wide metrics or as runnable eval tests alongside standard metrics.
Enables creation, renaming, and deletion of multiple personal API keys to support API key rotation workflows.
Adds ability to specify desired metrics directly in openlayer.json for API-driven evaluation runs.
Adds 11 new models for direct-to-API calls: GPT-4o, GPT-4 Turbo, Claude 3.5 Sonnet, Claude 3 Haiku, Claude 3 Opus, Claude 3 Sonnet, Command R, Command R Plus, Gemini 1.0 Flash, Gemini 1.5 Flash, and Gemini 1.5 Pro.
Adds git repository and organization linking in git settings pages for tighter version-control integration.
+1 moreshow less
New UI button to view the processing status of a commit during project loading.
Openlayer adds request annotations, human feedback ratings, data export, and Git integration to LLMLLMA large language model, a neural network trained on large amounts of text to recognize patterns and generate language. Applications use it for tasks such as answering, summarizing and writing code. quality control.
└──▷ HOW TO FIND IT
Review a filtered set of low-quality responses offline by exporting only the flagged requests cohort from your workspace.
📍In the console, go to your workspace › Requests, apply the desired filters (e.g., thumbs-down ratings), then click Export to download the filtered cohort as a file.
Connect a project to a Git repository and configure the target branch and root directory for version-controlled evaluation pipelines.
📍In the console, go to your Project › Settings › Git Repository, enter the repository URL, set the branch and root directory, then save.
Adds per-request annotations with custom values, including step-level annotation for individual trace steps when tracing is enabled.
Adds thumbs up/thumbs down human feedback ratings on every request to quickly surface good and bad model responses.
Enables data export from the UI, including filtered cohorts of request data.
Introduces updated navigation with breadcrumbs and the ability to copy project name and inference pipeline ID.
Adds project-level Git repository settings, including editable branch and root directory configuration.
+4 moreshow less
Adds ability to add and edit ground truths on individual requests.
Adds filtering of test modal data by the selected evaluation window.
Openlayer adds SAML SSOSAML SSOAn authentication protocol that lets a user log in once with an identity provider and access multiple services without re-entering credentials, by passing signed XML assertions between parties., Azure OpenAI evaluator, Ragas metrics, and an overhauled test diagnosis page.
└──▷ HOW TO FIND IT
Enforce org-level SSOSSOSingle sign-on, using one identity provider to sign in to multiple applications. It reduces separate passwords and centralizes account and access management. for your team's Openlayer workspace to add a layer of authentication security.
📍In the console, go to Settings › Collaboration › SAML SSO and configure your identity provider credentials.
Adds SAMLSAMLA standard for passing signed identity assertions between a sign-in provider and an application. It lets a user sign in through their organization's identity provider. SSO support via any major identity provideridentity providerA service that authenticates users and supplies identity information to other applications. It is the sign-in authority behind many single sign-on systems., enabling teams to enforce org-level authentication for workspace access.
Supports Azure OpenAI as an LLMLLMA large language model, a neural network trained on large amounts of text to recognize patterns and generate language. Applications use it for tasks such as answering, summarizing and writing code. evaluator integration.
Adds additional Ragas metrics — faithfulness and answer correctness — for evaluation.
New list view on the test diagnosis page surfaces error messages for skipped and errored tests, with filtering by result type and a status-breakdown overview.
Test diagnosis page sections are now collapsible for a streamlined review experience.
+4 moreshow less
Updated cost table for OpenAI models in the Observability view.
Notifications for new inference pipelines now include the pipeline name.
Openlayer adds Governance mode, A/B testing, new data backends, CLI data sources, and expanded tracing support.
└──▷ HOW TO FIND IT
Enable Governance mode to define and track enforcement rules across your workspace's AI projects.
📍In the Openlayer console, open your workspace, navigate to Governance, select New Framework, define rules (e.g. PII leakage test, monitoring required, risk level), assign owners, and track compliance across projects.
New Governance mode lets teams define and enforce custom policy frameworks (PIIPIIPersonally Identifiable Information — data that can identify a specific individual, such as names, email addresses, or SSNs. Cyber tools flag or redact it to limit exposure and meet privacy regulations. leakage, prompt injectionprompt injectionAn attack where text the model reads, such as a web page, file or tool result, carries instructions that override the user's. It is the main security risk for agents with tools., monitoring requirements, ownership, risk level) across all projects and workspaces, with rule owners, comment threads, and evidence uploads.
New workspace overview and project inventory gives a birds-eye view of project activity with categorization and labeling across the workspace.
Adds support for Databricks, Redshift, and Postgres as third-party data backends in Monitoring mode.
Enables A/B testing across two commits (Development mode) or two data sources (Monitoring mode) to compare performance across metrics.
Supports configuring directory sync for SAMLSAMLA standard for passing signed identity assertions between a sign-in provider and an application. It lets a user sign in through their organization's identity provider./SSOSSOSingle sign-on, using one identity provider to sign in to multiple applications. It reduces separate passwords and centralizes account and access management.-enabled workspaces via the UI.
+12 moreshow less
Adds custom onboarding flow for users purchasing Openlayer through the AWS Marketplace.
New API endpoint to delete custom metrics.
Adds Python tracing support for OpenAI systems using the .parse() method or Responses API.
Adds Python tracing support for systems built with Google ADKADKGoogle's Agent Development Kit, an open-source framework for building and orchestrating AI agents; cyber tools use it to compose multi-agent workflows with built-in tool-calling and state management..
Allows configuring trace settings (timeouts, retries) in Python via defined settings.
CLI now supports creating data sources directly.
CLI now supports deleting custom metrics directly.
On-premises deployments can now leverage internal LLMLLMA large language model, a neural network trained on large amounts of text to recognize patterns and generate language. Applications use it for tasks such as answering, summarizing and writing code. gateways.
New UI flow for accepting Assistant-generated tests, allowing users to select a subset, refine suggestions, or retry requests.
Enables filtering columns in the Data page by clicking on a column header.
Improved third-party data backend experience (Snowflake, Databricks) with faster multi-table connections, schema inference, and remote test execution for large data volumes.
Enhanced navigation header for faster movement between projects and modes.
Openlayer adds a managed AI gateway, customizable dashboards, Salesforce Agentforce GA, Helm on-prem, new guardrails, governance frameworks, and audit trails.
└──▷ HOW TO FIND IT
Route all LLMLLMA large language model, a neural network trained on large amounts of text to recognize patterns and generate language. Applications use it for tasks such as answering, summarizing and writing code. calls through the Openlayer Gateway to get centralized API key management, rate limiting, and end-to-end observability without changing your model provider code.
📍In the console, go to Gateway › Admin Portal, create a gateway API key, assign rate limits and team, then point your LLM client's base URL to the Openlayer Gateway endpoint instead of the provider directly.
Delete stale monitoring records programmatically to keep your monitoring dataset clean.
Deploy Openlayer on-prem to your Kubernetes cluster using the new Helm chart from Docker Hub OCIOCIOpen Container Initiative standard, maintained by the Linux Foundation, defining the image format and runtime spec that container tools share so images built once run anywhere OCI-compliant..
New Openlayer Gateway: centralized managed control layer for all LLM calls, with admin portal, API key management, per-key rate limits and freeze, and team-based organization.
Customizable project home pages: pin metric widgets, view project notifications inline, and navigate alerts from a new sidebar notification center.
Salesforce Agentforce integration reaches GA, with configurable login domain (production, sandbox, or My Domain) and updated Builder schema capturing every intermediate step.
On-prem Helm chart published to Docker Hub OCI for Kubernetes deployments, with config for storage, database, replicas, image pull secrets, and Node heap.
Built-in governance frameworks available out of the box: EU AI ActEU AI ActEU regulation that classifies AI systems by risk level and imposes compliance obligations—documentation, transparency, human oversight—on developers and deployers, shaping how AI-based cyber tools are built and sold in Europe., TRAIGA, E23 MRM, and the Openlayer Governance Framework.
+30 moreshow less
Full workspace audit trails with activity log export.
Workspace-wide PIIPIIPersonally Identifiable Information — data that can identify a specific individual, such as names, email addresses, or SSNs. Cyber tools flag or redact it to limit exposure and meet privacy regulations. redaction on trace processing, with per-project entity-type configuration.
New guardrails: Llama Prompt Guard for prompt injectionprompt injectionAn attack where text the model reads, such as a web page, file or tool result, carries instructions that override the user's. It is the main security risk for agents with tools., English and Portuguese toxicity (with chunking and category filtering), and Brazilian PII recognizers (CPF, CNPJ, CEP, phone) with checksum validation.
New tests: Bias, Contains PHIPHIProtected Health Information: individually identifiable health data regulated under the US HIPAA law, whose strict handling requirements drive cyber tools to audit, mask, or restrict access to it., and Unauthorized Tool Call.
Universal search across projects, sessions, users, and tests from a single search bar.
Dialogflow integration added.
Azure Content Understanding tracer added to SDKs.
PydanticAI OTelOTelAn open standard and set of tools for collecting traces, metrics and logs from applications. It lets services export observability data without tying instrumentation to one monitoring vendor. GenAI attribute parsing added to SDKs.
Supports tracing the OpenAI Responses API from the TypeScript SDK.
openlayer-ts SDK now accepts .csv datasets.
Trace decorator gains a promote parameter to surface nested step outputs to the parent span.
Session-level aggregated metrics: cost, latency, and token counts rolled up per session.
LLM cost configuration: view and edit per-model pricing used for cost calculations.
View, edit, and download custom-metric parameter bundles from the UI.
LLM evaluator settings are now configurable for Ragas metrics.
Monitoring-data limit notifications added.
Test-connection button for LLM configuration.
BigQueryBigQueryA serverless, cloud-hosted analytical database from Google that runs SQL queries across massive datasets without managing infrastructure, giving cyber tools scalable storage and fast querying over large volumes of log or event data. data sources now supported without a timestamp column.
Browser-based openlayer login via device code flow added to the CLI.
New API endpoint to delete records in monitoring mode.
New API endpoint to retrieve sessions linked to a test result.
dateUpdated filter added to the List Tests API.
Set workspace admins via environment variables on on-prem deployment.
License usage and version reporting from on-prem deployments to Openlayer.
Automatic threshold mode for custom metrics.
Batch actions (multi-select and delete) on rows, rules, and projects tables.
Filtering and sorting on sessions, users, data sources, projects, rules, and framework progress tables.
Tag multiple tests at once.
Domain verification added to workspace settings.
Workspace setting to restrict workspace creation to deployment admins.
Openlayer adds Google ADKADKGoogle's Agent Development Kit, an open-source framework for building and orchestrating AI agents; cyber tools use it to compose multi-agent workflows with built-in tool-calling and state management. integration, Snowflake remote execution, pausing tests, duplicate-key checks, and cloud marketplace availability.
Adds column distribution graphs for LLMLLMA large language model, a neural network trained on large amounts of text to recognize patterns and generate language. Applications use it for tasks such as answering, summarizing and writing code. projects on the platform.
New SDK integration with Google Agent Development Kit (ADK) for evaluating multi-agent systems.
Enables pausing test execution in Monitoring mode.
New CLI command to export tests for a project.
New test to check for duplicate unique and primary keys.
+8 moreshow less
Supports connecting to Snowflake views and running tests via remote execution.
Enables custom SQL tests that join multiple tables.
Supports specifying custom TLS certificates as environment variables to access external services.
Adds Azure managed identity support for storage connections (On-Prem).
Openlayer now available on AWS, Azure, and Google Cloud marketplaces.
Allows defining specific columns to check for nulls in Null Rows tests.
Assigns static IPs to Openlayer servers to simplify allowlisting.
Renders higher decimal precision for test result values in the UI.
Openlayer adds project-level secrets, OpenTelemetryOpenTelemetryAn open standard and set of tools for collecting traces, metrics and logs from applications. It lets services export observability data without tying instrumentation to one monitoring vendor. tracing, Azure OpenAI for evals, and new platform APIs.
└──▷ HOW TO FIND IT
Store a sensitive API key once at the project level so all evals and tests can reference it without hardcoding credentials.
📍In the Openlayer console, go to your Project › Settings › Secrets and add a new secret (e.g., OPENAI_API_KEY). Reference it by name in your test configurations.
Set a deployment-wide default LLMLLMA large language model, a neural network trained on large amounts of text to recognize patterns and generate language. Applications use it for tasks such as answering, summarizing and writing code.-as-a-judge API key for all on-prem workspaces so teams don't need to configure keys individually.
📍In the Openlayer on-prem admin console, go to Deployment Settings › Default API Keys and set the key for LLM-as-a-judge.
Adds project-level secrets storage in the Platform so API keys and auth tokens can be securely referenced across tests without hardcoding.
Enables setting default LLM-as-a-judge API keys for an entire on-premise deployment, eliminating per-workspace/project key configuration.
Adds SDK support for tracing LLM requests with OpenTelemetry.
Supports Azure OpenAI deployments as the backend for LLM-as-a-judge evaluations.
Adds gpt-4o-mini as an available LLM evaluator model.
+6 moreshow less
Adds JSON schema validation test type to Evals.
New API endpoints for workspace creation/retrieval, API key creation, and member invitations.
New /versions/{id} endpoint on the public API for retrieving a specific commit/version by ID.
New SDK endpoint to retrieve a commit by ID.
Adds search, sort, and filter for inference pipelines in the Platform UI and via the API.
Adds default test cases and metrics to LLM project templates.
Openlayer adds SAMLSAMLA standard for passing signed identity assertions between a sign-in provider and an application. It lets a user sign in through their organization's identity provider. directory sync, Cohere/Vertex AI LLMLLMA large language model, a neural network trained on large amounts of text to recognize patterns and generate language. Applications use it for tasks such as answering, summarizing and writing code.-as-a-judge models, new RAGRAGRetrieval-augmented generation: looking up relevant documents and adding them to the prompt before the model answers. It grounds responses in private or current data without retraining. metrics, Viewer role, and expanded APIs.
└──▷ TRY IT
Include project and workspace details in a single inference pipeline GET call, avoiding extra round-trips.
$ curl -X GET 'https://api.openlayer.com/v1/inference-pipelines/<id>?expand=project,workspace' \
-H 'Authorization: Bearer <token>'
Check how many tests are skipped or failing on a project version without fetching full test details.
$ curl -X GET 'https://api.openlayer.com/v1/projects/<project-id>/versions/<version-id>' \
-H 'Authorization: Bearer <token>'
Enable SAML directory sync so workspace membership mirrors your identity provideridentity providerA service that authenticates users and supplies identity information to other applications. It is the sign-in authority behind many single sign-on systems.'s security groups.
📍In the Openlayer console, go to Workspace Settings › Security › SAML SSO and enable Directory Sync to map your IdP groups to Openlayer workspaces.
Supports SAML SSOSAML SSOAn authentication protocol that lets a user log in once with an identity provider and access multiple services without re-entering credentials, by passing signed XML assertions between parties. directory sync so Openlayer workspaces can be governed by existing organizational security groups.
Adds Cohere and Vertex AI models as judge options for LLM-as-a-judge evaluation tests.
New Faithfulness and Answer Correctness metrics available for RAG system evaluations.
New Viewer workspace role with read-only access — no write, update, or delete permissions on resources.
Adds expand parameter to inference pipeline GET endpoints, embeddingembeddingLists of numbers a model produces to represent the meaning of text, images or code, so similar items sit close together. They power semantic search and RAG. project and workspace data directly in the response body.
+8 moreshow less
Adds skipped and failing test counts to project version and inference pipeline API objects.
Lower latency for the data stream endpoint.
Supports async data uploads and faster batch uploads via pyarrow in the Python SDK.
Enables pushing commits to the platform via the Python SDK.
New tabular view of test results in test modals.
Adds pie graph for test results on the project home screen.
Slack notifications for pipeline creation now include the pipeline name.
Openlayer adds MFAMFAMulti-factor authentication, requiring proof from different categories, such as a password and a hardware key, to sign in. It reduces reliance on a password alone., multimodalmultimodalAble to work with more than one type of input or output, such as text, images and audio. A multimodal model can combine information across those formats. traces, directory sync, MCPMCPModel Context Protocol, a standard for connecting AI applications to external tools and data sources. A compatible server exposes capabilities an assistant can use through a common interface. integration, and expanded API/CLI controls for AI governance.
└──▷ TRY IT
Force a metrics run in CI to ensure all metrics execute even when no changes are detected.
$ openlayer metrics run -force
Adds platform-wide multi-factor authenticationmulti-factor authenticationMulti-factor authentication, requiring proof from different categories, such as a password and a hardware key, to sign in. It reduces reliance on a password alone. (MFA) for enterprise security.
Supports deployment-wide directory sync with project-level access group support, including a NoAccess group level for finer-grained access control.
Renders images, audio, and PDFs inline in trace steps and data tables for richer multimodal observability.
Surfaces rule-result summaries on Governance and Frameworks pages to streamline audit readiness and compliance reporting.
New Langflow integration for connecting Langflow-based AI workflows.
+17 moreshow less
Adds MCP support: custom functions are now callable from Openlayer.
Adds OpenAI Responses API support in the TypeScript SDK.
New API endpoint to pull rows from specific test results.
New API endpoint to delete projects.
Adds API key authentication support for test result endpoints.
Custom metrics bundle is now viewable and downloadable from the UI.
New On-Prem Diagnostics page for testing connections and sending test emails.
Enables data download in development mode.
Real-time system health now reflected on the Status page.
CLI openlayer push wait mode is now CI-mode compatible.
CLI openlayer metrics run gains a -force flag and now prints which metrics are being run.
Project owners now have admin-level access for all project-level actions.
Session and user IDs in SDKs now accept a broader range of characters.
LangChain tracer now supports VertexAI API Keys.
ConversationalSearchService traces now include document chunks and nested step hierarchy.
Renames Openlayer system tags to categories; user-defined labels remain tags.
Detected PIIPIIPersonally Identifiable Information — data that can identify a specific individual, such as names, email addresses, or SSNs. Cyber tools flag or redact it to limit exposure and meet privacy regulations. types now render as tags in test results.
22 details in Everything
└──▷ BREAKING ON UPGRADE
!Openlayer system tags are renamed to categories; user-defined labels remain tags, which may break any workflows, scripts, or integrations that reference the old tags name for system tags
Openlayer adds user/session tracking, test tags, LiteLLM support, PIIPIIPersonally Identifiable Information — data that can identify a specific individual, such as names, email addresses, or SSNs. Cyber tools flag or redact it to limit exposure and meet privacy regulations. redaction guardrails, and multi-agent LangGraph workflows.
└──▷ HOW TO FIND IT
Redact PII automatically from traces in production before they reach Openlayer.
📍In the Openlayer SDK, enable the guardrail system for tracing by configuring the guardrails option to redact PII on your tracer initialization.
Control which AWS Signature version Openlayer uses in an on-prem deployment without changing application code.
$ export AWS_SIGNATURE_VERSION=v4
Set up user and session tracking to view full trace history per user in the Openlayer app.
📍In the Openlayer app, go to the Data section and enable user and session tracking to associate traces with individual users and sessions.
Adds user and session tracking in the Data section, enabling full session and record history per user for behavioral analysis.
Adds predefined and custom tags on tests to browse and organize tests by outcome, domain (e.g., safety, data drift), or governance framework (e.g., EU AI ActEU AI ActEU regulation that classifies AI systems by risk level and imposes compliance obligations—documentation, transparency, human oversight—on developers and deployers, shaping how AI-based cyber tools are built and sold in Europe.).
New API support for user-defined tags on tests and filtering tests by those tags.
New API support for batch LLMLLMA large language model, a neural network trained on large amounts of text to recognize patterns and generate language. Applications use it for tasks such as answering, summarizing and writing code. calls.
New API support for user sessions to track traces across interactions.
+8 moreshow less
New LiteLLM integration via SDKs for tracing LiteLLM-powered calls.
New guardrail system in SDKs for Openlayer tracing to redact PII from traces.
On-Prem: AWS Signature version is now configurable via the AWS_SIGNATURE_VERSION environment variable.
New API filter on version goals by whether they use validation or training datasets.
On-Prem: Openlayer now supports the base Redis image for versions 8.2.1+.
On-Prem: Adds custom schema support for Postgres tables connected to Openlayer.
SDK support for Python 3.13.
New comprehensive extraction and multi-agent LangGraph workflow support in SDKs.
Openlayer adds test bundles (EU AI ActEU AI ActEU regulation that classifies AI systems by risk level and imposes compliance obligations—documentation, transparency, human oversight—on developers and deployers, shaping how AI-based cyber tools are built and sold in Europe., OWASPOWASPA nonprofit foundation that publishes open standards, guides, and ranked vulnerability lists—most famously the OWASP Top 10—giving cyber tools a vendor-neutral benchmark to test or report against., agentic), new LLMLLMA large language model, a neural network trained on large amounts of text to recognize patterns and generate language. Applications use it for tasks such as answering, summarizing and writing code. tests, and expanded Python runtime support.
└──▷ HOW TO FIND IT
Apply a pre-built EU AI Act test bundle to catch compliance gaps across your LLM pipeline before deploying.
📍In the Openlayer app, go to Tests › Test Bundles, select the EU AI Act bundle, and click Apply to your project.
Filter your test results to surface only high-priority failing tests during an incident triage.
📍In the Openlayer app, go to Tests, then use the Filter controls to set Priority = High and Status = Failing.
Introduces test bundles grouping related tests by policy or use case — pre-built sets for EU AI Act, OWASP, agentic workflows, and data quality.
Adds new tests to the library: groundedness for LLMsLLMsA large language model, a neural network trained on large amounts of text to recognize patterns and generate language. Applications use it for tasks such as answering, summarizing and writing code., toxicity score, prompt injectionprompt injectionAn attack where text the model reads, such as a web page, file or tool result, carries instructions that override the user's. It is the main security risk for agents with tools. detection, and competitor-recommendation checks.
Supports new Python runtimes for CLI development mode.
Adds filtering of tests by priority, status, name, and other attributes in the platform UI.
Updates OpenTelemetryOpenTelemetryAn open standard and set of tools for collecting traces, metrics and logs from applications. It lets services export observability data without tying instrumentation to one monitoring vendor. GenAI semantic conventions attribute handling in the API.
+2 moreshow less
Enhances secret management interface in the platform.
Adds LangChain callback handler and Bedrock Agents support via TypeScript SDK trace refactoring.
Openlayer adds MCPMCPModel Context Protocol, a standard for connecting AI applications to external tools and data sources. A compatible server exposes capabilities an assistant can use through a common interface. server, automatic thresholds, BigQueryBigQueryA serverless, cloud-hosted analytical database from Google that runs SQL queries across massive datasets without managing infrastructure, giving cyber tools scalable storage and fast querying over large volumes of log or event data. integration, anomaly detection, and project-level access groups.
└──▷ HOW TO FIND IT
Let Openlayer automatically determine acceptable thresholds for a new test instead of guessing manually — ideal when you lack historical baselines.
📍In the Openlayer app, go to your project › Tests › Create new test. In the threshold configuration step, select automatic instead of entering a manual value. Openlayer will derive thresholds from historical data patterns for that metric.
Connect a BigQuery table to a project for ongoing, automated data quality monitoring without manual data uploads.
📍In the Openlayer app, go to your project › Integrations › BigQuery and follow the prompts to link a BigQuery table. Once connected, Openlayer will continuously pull data and run data quality tests against it.
Run Openlayer tests and explore results without leaving your IDE by using the MCP server.
📍In your IDE's MCP configuration, add the Openlayer MCP server as a provider. Once connected, invoke Openlayer tests directly from the IDE workflow to get evaluation results inline during development.
New Openlayer MCP server enables use of Openlayer tests directly inside IDE workflows.
Supports automatic, data-driven thresholds for tests that adapt over time based on historical patterns — covering cost, data quality, and GPT eval scores.
Adds anomaly detection to flag test results that deviate from predicted norms.
New column statistic test supports mean, median, min, max, std, sum, count, and variance.
New raw SQL query test for custom evaluation logic.
+21 moreshow less
Adds anomalous column detection test.
New BigQuery integration enables directly connecting a project to BigQuery tables for continuous data quality monitoring.
Supports creating tests programmatically via the API.
Adds async OpenAI tracer to the SDK.
SDK convenience function to copy tests from one project to another.
SDK push function gains an option to wait for commit completion.
Adds support for Gemini 2.0 models in LLMLLMA large language model, a neural network trained on large amounts of text to recognize patterns and generate language. Applications use it for tasks such as answering, summarizing and writing code.-as-a-judge tests.
New priority property for tests (critical, high, medium, low).
Enables running monitoring mode tests against the entire history of data rather than moving windows.
Supports immediately executing tests in monitoring mode.
Parses OpenTelemetryOpenTelemetryAn open standard and set of tools for collecting traces, metrics and logs from applications. It lets services export observability data without tying instrumentation to one monitoring vendor. traces from Semantic Kernel and Spring AI.
Adds root cause analysis and segment distribution graphs to test diagnostic pages.
Daily feature distribution graphs for tabular data projects.
Project-level permissions through access groups.
On-premise deployment guides for OpenShift and AWS EKSEKSAmazon's managed Kubernetes service, run by AWS, that handles control-plane provisioning so teams can deploy containerized workloads without operating the underlying cluster infrastructure themselves..
Option to include or exclude inference pipelines when creating project-level tests.
Adds record count and last record received date to inference pipeline views.
Surfaces OpenAI refusals to users in LLM-as-a-judge tests.
Adds notifications when batch data uploads fail.
Test failures no longer cause a commit's status to fail.
Openlayer adds Gantt trace timelines, Claude Agent SDK tracing, auto-instrumentation, and Gateway guardrails enforcement.
└──▷ USE IT
Bootstrap full automatic LLMLLMA large language model, a neural network trained on large amounts of text to recognize patterns and generate language. Applications use it for tasks such as answering, summarizing and writing code. SDK instrumentation for all supported providers in one call, then run your app — no per-SDK setup needed.
python
import openlayer
openlayer.init(api_key="<your-api-key>", project_name="<project-name>")
# All installed supported SDKs (OpenAI, Anthropic, Mistral, Groq, Gemini, LiteLLM, Portkey, Google ADK, Azure) are now patched automatically.
Opt out of automatic instrumentation when you want manual control over which SDKs are traced.
Inspect the full agent loop — tool calls, MCPMCPModel Context Protocol, a standard for connecting AI applications to external tools and data sources. A compatible server exposes capabilities an assistant can use through a common interface. tools, subagent nesting, and token costs — by enabling Claude Agent SDK tracing in Python.
python
import openlayer
import anthropic
openlayer.init(api_key="<your-api-key>", project_name="<project-name>")
# The Claude Agent SDK is now instrumented: tool calls, MCP tools, subagents,
# session continuity, and cost/tokens will appear in Openlayer traces.
New Gantt-style timeline view for traces — every span's start time, duration, and nesting shown side by side, making slow steps and unexpected branches immediately visible.
Adds project lifecycle stages and evidence document attachments for governance tracking, living alongside tests and results on each project.
First-party tracing for the Anthropic Claude Agent SDK in Python — captures tool calls, MCP tools, subagent nesting, session continuity, and cost and token counts per run.
New automatic SDK instrumentation via openlayer.init() — one call patches every installed supported LLM SDK (OpenAI, Anthropic, Mistral, Groq, Gemini, LiteLLM, Portkey, Google ADKADKGoogle's Agent Development Kit, an open-source framework for building and orchestrating AI agents; cyber tools use it to compose multi-agent workflows with built-in tool-calling and state management., Azure); opt out with auto_instrument=False.
Gateway can now enforce guardrails policies inline on LLM requests routing through it.
+9 moreshow less
Admins can generate Gateway API key invite links so users can self-provision their own Gateway API keys.
Adds rule deactivation reasons — supply a reason when deactivating a rule; it is displayed on the rule page.
Results pages now surface which tests are required for compliance, shown in context.
Data sources can now be renamed directly from their row menu in the UI.
Row data can now be downloaded directly from the development-mode view.
LangChain callback now captures ToolMessage.artifact (including document lists, promoted to trace-level context) instead of dropping it.
Trace configuration is now unified around init() — settings merge incrementally instead of resetting on each call; configure() is deprecated in favor of init().
New openlayer tests export CLI subcommand support for projects that use tags.
Dialogflow integration now promotes relevant metadata to the row level and allows editing the agent display name.
14 details in Everything
└──▷ BREAKING ON UPGRADE
!The configure() function is deprecated in favor of init(); trace configuration is now unified around openlayer.init(), with settings merging incrementally instead of resetting on each call.
!The Copilot Studio Logic App and Batch API integration paths are now deprecated in favor of the pull-based native data source.
StepSecurity Changelog is an RSS feed that tracks and publishes updates, new features, and improvements to the StepSecurity platform for securing CI/CD pipelines.
Dev Machine Guard v1.13.0 makes Device Policy enforcement GA and adds Visual Studio discovery and disk-based package scanning.
└──▷ HOW TO FIND IT
Assign a Device Policy profile to enforce an approved VS Code extension set across all developer machines without MDMMDMMobile device management, centrally configuring and managing enrolled devices. Administrators use it to apply settings, distribute applications and enforce device security policies..
📍In the dashboard, go to Device Policy › Profiles, create or select a profile, then assign it to All Devices. The agent installs and continuously enforces the approved extension set on its next cycle.
Device Policy enforcement via the DMG agent is now generally available — enforces approved VS Code extension sets on developer machines without requiring MDM, assignable per device or globally from the dashboard.
New classic Visual Studio installation discovery extends IDE extension inventory beyond VS Code to legacy Visual Studio versions and their extensions.
New disk-based package scanning for npm (lockfile parsing) and Python (dist-info metadata) with a scan cache and concurrent workers for faster runs; previous method remains available via the use_legacy_package_scan opt-out.
Scans can now be triggered at login, with improved scheduling reliability and scheduler diagnostics.
Expanded global package discovery adds support for pnpm v10+ globals and Yarn classic globals on Windows.
5 details in Everything
6 more releases in this issue
· 2026-06-16 → 2026-07-09
Harden Runner adds egress block mode for macOS/Windows, Bitrise support, and Bun HTTPSHTTPSHTTP carried over an encrypted TLS connection. It protects traffic in transit and lets a browser verify the server's certificate. monitoring.
└──▷ USE IT
Restrict outbound traffic on a Windows GitHub-hosted runner to only allowed endpoints — now that block mode is supported beyond Linux.
Supports egress-policy: block mode on macOS and Windows GitHub-hosted runners, enabling outbound traffic restriction (not just auditing) on these platforms.
Adds compatibility with Bitrise-hosted macOS runners for GitHub ActionsGitHub ActionsGitHub's built-in CI/CD system that runs automated workflows triggered by repository events, letting cyber tools automate testing, building, and releasing without managing separate pipeline infrastructure. workflows.
Enables HTTPS request monitoring for workflows using the Bun runtime on Linux runners (enterprise tier) in the GitHub Action.
Enables HTTPS request monitoring for Bun on Linux amd64 self-hosted VM runners.
Harden-Runner adds Secret Exfiltration Attempt detection to catch toJSON(secrets) supply-chain attacks in real time.
└──▷ HOW TO FIND IT
Get an immediate alert when a secret exfiltration attempt is detected, so you can rotate exposed tokens before an attacker retrieves the artifact.
📍In the Harden-Runner console, go to Notification Settings and enable the Secret Exfiltration Attempt detection notification.
New Secret Exfiltration Attempt detection type flags workflow runs that combine known attack indicators — malicious workflow name, toJSON(secrets) secret dump, suspicious commit message, and an exfiltration artifact — before stolen secrets can be retrieved.
Confidence scoring elevates a detection to High when the workflow run, branch, or workflow file is deleted shortly after execution, treating evidence removal as a strong exploitation signal.
Direct navigation in the Detections page pinpoints the affected repository, matched rule, indicators, workflow file, and the exact job, step, and line where the secret dump occurred.
Opt-in alerting available in Notification Settings to receive an immediate notification the moment a Secret Exfiltration Attempt is flagged.
StepSecurity Maintained Actions — secure drop-in replacements for 500+ GitHub ActionsGitHub ActionsGitHub's built-in CI/CD system that runs automated workflows triggered by repository events, letting cyber tools automate testing, building, and releasing without managing separate pipeline infrastructure. — are now free for public repositories.
ARC Harden Runner v2.18.3 adds broker pod customization fields and Cosign keyless image signing.
└──▷ TRY IT
Verify the arc-harden-runner container image's provenanceprovenanceEvidence recording where a software artifact came from and how it was built, including its source and build process. It helps a consumer check that the artifact matches a trusted build. before deploying, ensuring it was built by the official GitHub ActionsGitHub ActionsGitHub's built-in CI/CD system that runs automated workflows triggered by repository events, letting cyber tools automate testing, building, and releasing without managing separate pipeline infrastructure. pipeline.
Adds broker pod-spec customization via new Helm values under broker.* (volumeMounts, imagePullSecrets, automountServiceAccountToken, serviceAccountName, resources, nodeSelector, tolerations, affinity, topologySpreadConstraints) for scheduling alongside strict workloads.
Supports Cosign keyless (OIDCOIDCOpenID Connect, a sign-in protocol built on OAuth 2.0. An application uses identity information from a trusted provider instead of maintaining a separate password for each user.) signing for versioned and FIPSFIPSA set of US federal standards published by NIST that define approved cryptographic algorithms and modules; cyber tools use it to meet compliance requirements in government and regulated environments. arc-harden-runner and broker image manifests published to ghcr.io, enabling supply-chain verification.
Secure Registry gains source attribution, typosquattingtyposquattingUsing a name close to a trusted domain or software package to catch spelling mistakes. Attackers use it to lure people or installers to a malicious lookalike. blocking, and Sonatype Nexus Repository support.
└──▷ HOW TO FIND IT
Attribute CI pipeline package requests to a specific GitHub ActionsGitHub ActionsGitHub's built-in CI/CD system that runs automated workflows triggered by repository events, letting cyber tools automate testing, building, and releasing without managing separate pipeline infrastructure. run so Policy Evaluations log entries link back to the correct workflow.
📍Set your Secure Registry API key token to the form <token>::gha:<identifier> in your pipeline's package manager configuration, following the Setup Guide.
Route npm traffic through Sonatype Nexus Repository while enforcing Secure Registry policy, using the new Nexus integration path.
📍In the Secure Registry Setup Guide, select Sonatype Nexus Repository as the integration path and configure Nexus to proxy npm through your Secure Registry endpoint.
Enable Typosquatting Protection for an ecosystem and allowlist a legitimate package that triggers a false positive.
📍In Secure Registry settings, enable Typosquatting Protection for the target ecosystem, then add the exact package name to the Whitelisted Packages allowlist to permit it.
Adds Source Attribution to the Policy Evaluations log via two new columns — Source and Source Identifier — tracing every package request to the developer machine or CI pipeline that made it.
Enables attribution opt-in by appending an identifier suffix to your API key token (::dev: for developer machines, gha: for GitHub Actions pipeline runs).
New Typosquatting Protection control blocks packages whose names closely resemble popular packages, configurable per ecosystem with a Whitelisted Packages allowlist to clear false positives by exact package name.
Adds Sonatype Nexus Repository as an integration path for teams that proxy npm through Nexus, joining JFrog Artifactory, Google Artifact Registry, and Direct npm.
StepSecurity adds Maven (Java) ecosystem support to GitHub Checks PR controls and OSSOSSOpen-source software: code whose licence permits anyone to inspect, modify, and redistribute it. Cyber tools build on it to reuse auditable libraries without licensing fees. Package Search.
└──▷ HOW TO FIND IT
Enable both new Maven PR controls to protect your Java repositories from compromised or freshly published dependencies.
📍In the StepSecurity console, go to GitHub Checks › PR Content Security, select your Maven repository, and enable Maven Package Compromised Updates and Maven Package Cooldown — setting each to Required or Optional as your policy requires.
Find where a specific Maven package appears across PRs, default branches, and developer machines to assess blast radius before incident response.
📍In the StepSecurity console, go to OSS Package Search, select Maven from the Package ecosystem toggle, enter the package coordinates (e.g. com.fasterxml.jackson.core:jackson-databind), and review results across pull requests, default branches, and developer machines.
Adds Maven Package Compromised Updates PR control: blocks pull requests that introduce or update a Maven dependency flagged in StepSecurity's compromised-packages database.
Adds Maven Package Cooldown PR control: blocks pull requests adding recently published Maven versions until they age past the configured cooldown window.
Enables Maven ecosystem selection in OSS Package Search, allowing blast-radius analysis of specific Maven packages across pull requests, default branches, and developer machines.
Veracode Docs Updates is an RSS feed that delivers real-time notifications about the latest changes and additions to Veracode's official documentation.
Veracode Security Labs adds OWASPOWASPA nonprofit foundation that publishes open standards, guides, and ranked vulnerability lists—most famously the OWASP Top 10—giving cyber tools a vendor-neutral benchmark to test or report against.LLMLLMA large language model, a neural network trained on large amounts of text to recognize patterns and generate language. Applications use it for tasks such as answering, summarizing and writing code. 07 lesson and expands eLearning captions for C/C++ memory management course.
New Security Labs lesson: OWASP LLM 07: Under the Hood (Flask), expanding the OWASP Top 10 for LLM Applications hands-on lab series.
Adds multilingual caption support (English, Spanish, French, Portuguese, Chinese) to the C/C++ Memory Management Risks and Best Practices eLearning course.
2 details in Everything
4 more releases in this issue
· 2026-06-24 → 2026-07-08
Enable debug logging in a GitHub or Azure DevOps workflow to troubleshoot scan failures.
yaml
# In veracode.yml
debug: true
Target a specific analysis branch for scheduled scans in Azure DevOps instead of the default branch.
yaml
# In veracode.yml
analysis_branch: main-security-baseline
Install and configure the GitHub Workflow Integration directly from the Veracode Platform to skip manual GitHub Marketplace steps.
📍In the Veracode Platform, go to Integrations › GitHub › Install, select your GitHub organization, and complete the configuration to install or update credentials without visiting GitHub Marketplace.
Enables installing and configuring the Veracode GitHub Integration directly from the Veracode Platform, eliminating manual GitHub Marketplace steps.
Supports updating integration credentials and adding organizations from the Veracode Platform, regardless of original install method.
Adds autopackaging support for Apex, VB6, and Perl in the GitHub Workflow Integration.
Enables scheduling Static Analysis, SCASCASoftware composition analysis, identifying third-party dependencies and checking them for known vulnerabilities and license issues. It covers software a team uses rather than writes itself., and IaCIaCInfrastructure as Code: the practice of defining and provisioning compute infrastructure through machine-readable config files rather than manual processes, giving cyber tools repeatable, version-controlled environment setup. scans for GitHub organizations from the Veracode Platform.
Adds a Scan Scope setting in Veracode Scan for Visual Studio v0.8.0 to scan the full project directory or only the active solution.
+13 moreshow less
Adds usage analytics to Veracode Scan for Visual Studio v0.8.0 and Veracode Scan for JetBrains v1.29.0 for insights into plugin adoption, feature usage, and scan activity.
Adds page size support to the Platform Applications API (/appsec/v1/applications) in Java API Wrapper v26.3.19.0 for efficient retrieval of large application lists.
Introduces support for the Veracode Platform paginated Sandbox REST APIREST APIA web API design style where clients interact with resources over HTTP using standard methods like GET, POST, and DELETE, giving cyber tools a predictable, language-agnostic way to integrate with external services. in Java API Wrapper v26.3.19.0, enabling pagination-based sandbox list retrieval.
Adds the debug configuration option in veracode.yml for the Azure DevOps, GitHub, and GitLab Workflow Integrations for debugging and troubleshooting.
Adds support for the Veracode Platform Findings REST API in Java API Wrapper v26.2.18.0 to access open and mitigated application findings.
Adds a configurable retry mechanism for the Platform Applications API in Java API Wrapper v26.2.18.0 to handle transient failures and timeouts.
Adds support for Visual Studio 2026 in Veracode Scan for Visual Studio v0.7.2.
Replaces the deprecated Veracode Flaw Importer task (with spaces) with the new VeracodeFlawImporter task in the Azure DevOps extension v3.35.0.
Enables scheduling scans for every organization where the Azure DevOps Workflow Integration is installed, based on veracode.yml configurations (v2.3.9).
Ensures that when analysis_branch is specified in veracode.yml, scheduled scans run against that branch instead of the default branch (Azure DevOps Workflow Integration v2.3.10).
Ensures SCA scans fail on vulnerability findings when custom policies with Build Action: error are applied in the Veracode Platform (Azure DevOps Workflow Integration v2.3.3).
Ensures mitigated findings are excluded from pipeline scan results in Azure DevOps Workflow Integration v2.3.0.
Adds Windows-based runner support for the GitHub Workflow Integration.
Veracode adds six new built-in policies, OWASPOWASPA nonprofit foundation that publishes open standards, guides, and ranked vulnerability lists—most famously the OWASP Top 10—giving cyber tools a vendor-neutral benchmark to test or report against./CWECWECommon Weakness Enumeration, a catalog of recurring software and hardware weakness types. It describes classes of mistakes, such as injection, rather than individual vulnerability instances. 2025 auto-updates, OAuth 2.0OAuth 2.0An open authorization framework (IETF RFC 6749) that lets a service grant limited API access to a third party without sharing credentials, giving cyber tools a standard way to authenticate against external platforms. credentials UI, CMEK, and expanded Reporting API filters.
└──▷ TRY IT
Verify authenticated connectivity to Veracode after migrating away from the removed /healthcheck/status endpoint.
Updates Auto-Update OWASP and Auto-Update CWE Top 25 policy rules to enforce OWASP Top 10:2025OWASP Top 10:2025A ranked list of the ten most critical web application risk categories, maintained by the Open Worldwide Application Security Project, used by cyber tools to prioritize detection, testing, and remediation coverage. and MITREMITREA US federally funded research and development center that maintains public frameworks—ATT&CK, CVE, D3FEND—that cyber tools use to classify threats, vulnerabilities, and defensive techniques in a common language. CWE Top 25 for 2025 standards.
Adds six new built-in security policies to the platform, ahead of deprecation of recommended and transitional policies.
Adds collections_list field to Finding Reporting API responses, returning collection names associated with each application.
Adds Collections fields to the Applications explore in Veracode Analytics, with new Collections visualizations in the Policy Compliance Overview dashboard.
New most_recent_scan filter for the Reporting API Scans report — when set to true, returns only the most recent scan per asset.
+17 moreshow less
Enables creation and management of OAuth 2OAuth 2An open authorization framework (RFC 6749) that lets a service grant limited access to a user's resources on another service without exposing credentials, giving cyber tools a standard way to authenticate against third-party APIs..0 Client credentials directly on the API Credentials page in the Veracode Platform.
New Firewall Usage Dashboard and Explore in Veracode Analytics surfaces metrics for Veracode Firewall.
Adds library_instance_ref field to Reporting API findings responses to uniquely identify the specific library instance tied to a finding.
New custom_severity filter available for the Reporting API Findings report.
Adds data_refresh_date field to the Reporting API to indicate the most recent Analytics data refresh time.
Containers & IaCIaCInfrastructure as Code: the practice of defining and provisioning compute infrastructure through machine-readable config files rather than manual processes, giving cyber tools repeatable, version-controlled environment setup. CLI scan results now visible on the Veracode Platform, with severity counts, filtering, scan history, and mitigation guidance.
New action_type filter in the Reporting API Audit Log report for narrowing results by specific user actions.
New Audit Log report in the Reporting REST APIREST APIA web API design style where clients interact with resources over HTTP using standard methods like GET, POST, and DELETE, giving cyber tools a predictable, language-agnostic way to integrate with external services. for querying detailed user activity from Veracode Analytics.
Supports mapping multiple domains to a single identity provideridentity providerA service that authenticates users and supplies identity information to other applications. It is the sign-in authority behind many single sign-on systems. (IdPIdPA service that authenticates users and supplies identity information to other applications. It is the sign-in authority behind many single sign-on systems.) for SP-initiatedSP-initiatedA SAML or OAuth/OIDC login flow where the Service Provider redirects the user to an Identity Provider to authenticate, rather than the IdP pushing an assertion unprompted; tools use it to trigger SSO from their own login page.SAML SSOSAML SSOAn authentication protocol that lets a user log in once with an identity provider and access multiple services without re-entering credentials, by passing signed XML assertions between parties..
Customizable PDF reports now display SCASCASoftware composition analysis, identifying third-party dependencies and checking them for known vulnerabilities and license issues. It covers software a team uses rather than writes itself. Component License Risk policy compliance in Executive Summary and Detailed SCA Findings sections.
Introduces Customer Managed Encryption Keys (CMEK), allowing encryption of Veracode Platform data with your own root key managed in your KMSKMSA managed service that creates, stores, rotates and controls access to encryption keys, usually backed by HSMs. Applications ask it to encrypt or decrypt rather than holding keys themselves..
Administrators can now customize columns in the All Users table on the Administration page.
Enables disabling Veracode-defined roles for users who use custom roles, providing finer-grained access control.
Removes the /healthcheck/status endpoint (now returns 404); practitioners must migrate to the v2/principal Identity REST API endpoint to verify authenticated connectivity.
Veracode Analytics data refresh interval reduced from four hours to two hours.
Manual Penetration Testing (MPT) Flaw Matching correlates findings across tests for consistent flaw IDs, status values, and grace period support in security policies.
Upgrades Veracode Analytics to Looker 26.6, adding finer widget size granularity, persistent filtering, and tabbed dashboards.
Veracode DASTDASTDynamic application security testing, probing a running application from the outside for vulnerabilities. It checks behavior exposed through the application's interfaces. adds Directory Restrictions, enhanced scheduling with breaking API changes, and open-port scanning with new detections.
└──▷ HOW TO FIND IT
If your scheduling integration uses the old DAST REST APIREST APIA web API design style where clients interact with resources over HTTP using standard methods like GET, POST, and DELETE, giving cyber tools a predictable, language-agnostic way to integrate with external services. endpoints, you must update your calls to the new scheduling endpoints to avoid breakage after the June 24 migration.
📍Refer to the DAST API specification for the updated scheduling endpoint paths, then update any REST calls that previously targeted the old schedule management endpoints (e.g., replace deprecated schedule routes with the new ones documented in the DAST API spec).
Adds Directory Restrictions to DAST target configuration, giving practitioners control over scan scope by limiting which directories are crawled.
Introduces enhanced DAST Schedule configuration with advanced scheduling options and greater flexibility; all existing schedules are automatically migrated.
Breaking change: DAST REST API scheduling endpoints have changed — integrations managing schedules via the REST API must be updated to the new endpoints.
Enables open-port scanning for web applications in Dynamic Analysis and DAST Enterprise mode.
Adds new scan engine detections for HTTP headers, TLS, and fingerprinting in Dynamic Analysis and DAST Enterprise mode.
Veracode SASTSASTStatic application security testing, analyzing source code or compiled code for vulnerabilities without running the application. It helps developers find problems before deployment. June 2026 engine adds Dart 3.12/Flutter 3.44 and Kotlin 2.4 support, plus new CWECWECommon Weakness Enumeration, a catalog of recurring software and hardware weakness types. It describes classes of mistakes, such as injection, rather than individual vulnerability instances. detections across multiple languages.
Adds support for Dart 3.12 and Flutter 3.44 in static analysis.
Adds support for Kotlin 2.4.
Improves classification of first-party .NET assemblies to better distinguish application code from third-party dependencies.
Improves detection of vulnerabilities involving tainted data flows through public Apex methods.
Improves support for Apple Security framework APIs.
+4 moreshow less
Improves detection of CWE-532 flaws in Apex.
Improves detection of CWE-918 (SSRFSSRFServer-side request forgery, an attack that tricks a server into making requests chosen by an attacker. Those requests can reach internal services the attacker cannot access directly.) flaws in Java.
Improves detection of CWE-73 flaws in JavaScript.
Improves detection of CWE-259 and CWE-798 (hardcoded credential) flaws across all languages to reduce false positives.
Cloudsmith Changelog is a feed tracking updates, new features, and improvements to Cloudsmith's cloud-native package management and artifact repository platform.
Cloudsmith cooldown policies now extend to NuGetNuGetMicrosoft's package manager for .NET, hosting a public registry of reusable libraries so tools can pull in dependencies without bundling or manually maintaining third-party code. packages for supply-chain protection.
Supports cooldown policies for NuGet packages, blocking newly published versions from being consumed until a configured quarantine period has elapsed.
1 detail in Everything
9 more releases in this issue
· 2026-06-15 → 2026-07-07
Cloudsmith API keys are now automatically detected by GitHub secret scanningsecret scanningChecking files, code or other data for exposed credentials such as passwords, API keys and tokens. Findings help teams remove the secret and revoke or rotate it. to prevent unauthorized use.
└──▷ HOW TO FIND IT
Enable GitHub secret scanning on your repository so exposed Cloudsmith API keys are flagged automatically before they can be exploited.
📍In the GitHub repository, go to Settings › Security › Code security and analysis, then enable Secret scanning.
Cloudsmith now manages Docker Hub and DHI upstream auth automatically, raising rate limits without user-supplied credentials.
└──▷ HOW TO FIND IT
Configure a Docker Hub upstream proxy in Cloudsmith without supplying your own Docker Hub credentials to get higher pull rate limits.
📍In the Cloudsmith console, go to your repository › Upstreams › Add Upstream › Docker Hub, and complete setup without entering credentials — Cloudsmith supplies a managed token automatically.
Supports Cloudsmith-managed authentication for Docker Hub upstreams, eliminating the need to provide personal credentials.
Supports Cloudsmith-managed authentication for Docker Hardened Images (DHI) upstreams with the same credential-free setup.
Enables higher Docker Hub and DHI pull rate limits automatically via managed authenticated tokens versus anonymous access.
Cloudsmith now supports attaching custom key-value metadata to packages for CI, provenanceprovenanceEvidence recording where a software artifact came from and how it was built, including its source and build process. It helps a consumer check that the artifact matches a trusted build., compliance, and cost attribution.
Cloudsmith vulnerability detection now matches OSVOSVOpen Source Vulnerabilities, a vulnerability database and schema maintained by Google that gives cyber tools a machine-readable, cross-ecosystem format for querying and sharing CVE-style advisories. advisories using ecosystem-native version ranges for Debian, Alpine, PyPI, and more.
Cloudsmith Terraform provider gains a new resource to define and manage connected repositories as code.
└──▷ USE IT
Declare a connected repository in Terraform to manage upstream proxy or mirroring configurations alongside the rest of your Cloudsmith infra.
hcl
resource "cloudsmith_connected_repository" "example" {
# configuration fields here
}
New cloudsmith_connected_repository Terraform resource enables defining connected repository configurations alongside other Cloudsmith infrastructure as code.
Socket Changelog is a feed tracking updates, improvements, and new features released by Socket, a security tool that protects software supply chains from malicious packages.
Socket now surfaces full commit history for force-pushed Packagist tags, highlighting the current and prior commits.
Displays full commit history for force-pushed tags on Packagist package pages, with the currently associated commit highlighted.
Enables review of commits a package version previously referenced before a tag was overwritten.
2 details in Everything
4 more releases in this issue
· 2026-06-16 → 2026-07-06
Socket's organization switcher now surfaces Settings and orgs upfront, with a searchable All Organizations view.
└──▷ HOW TO FIND IT
Quickly jump between organizations when managing multiple clients or teams.
📍In the Socket console, click the organization switcher in the top navigation, then type an organization name in the All Organizations search box to filter and select it instantly.
Redesigned organization switcher surfaces Settings and organizations at the top level for faster access.
New searchable All Organizations view for users belonging to multiple organizations.
Socket Firewall now supports exporting event logs to external data sources via the new Data Export integration.
└──▷ HOW TO FIND IT
Route Firewall event logs to an external SIEMSIEMSecurity information and event management, collecting logs from many systems and correlating events to find suspicious activity. Analysts use it to investigate alerts and incidents. or data pipeline for retention and analysis.
📍In the console, go to Settings › Data Export › Create Integration, then select Telemetry events as the data type.
allow-scripts gains a check command to detect stale allow-lists in CI without making changes.
└──▷ GET THIS VERSION
$ git clone --branch allow-scripts-v5.1.0 https://github.com/LavaMoat/LavaMoat.git
# already have the repo? check out this version:$ git checkout allow-scripts-v5.1.0
└──▷ TRY IT
Catch unapproved or newly-added install scripts in CI before they can run — fails with a warning instead of silently passing.
$ npx @lavamoat/allow-scripts check
Adds a check command that warns when the allow-scripts configuration is out of date, designed for use in CI pipelines without modifying any files.
The skill-scanner is a CLI security scanner for AI agent skills.
skill-scanner 2.0.12 adds ASCII smuggling detection, jailbreak YARA rule, and repo-name propagation for scans.
└──▷ GET THIS VERSION
$ git clone --branch 2.0.12 https://github.com/cisco-ai-defense/skill-scanner.git
# already have the repo? check out this version:$ git checkout 2.0.12
└──▷ TRY IT
Scan a skill for ASCII smuggling and jailbreak patterns — both new detections fire automatically via the static engine, no extra flags needed.
Scan a GitHub repo and surface jailbreak/ASCII-smuggling findings in CI, with the repo name now correctly propagated in scan metadata.
$ skill-scanner scan-repo owner/repo --use-llm--fail-on-severity high --format sarif --output results.sarif
Adds detection of ASCII smuggling via the Unicode Tag Block, catching a covert data-hiding technique used in prompt injectionprompt injectionAn attack where text the model reads, such as a web page, file or tool result, carries instructions that override the user's. It is the main security risk for agents with tools. attacks.
Adds a jailbreak detection YARA rule to the static analysis engine.
Extends scanner to pass repository name through scan context, improving traceability in multi-repo pipelines.
Supports the OpenAI user request field in LLMLLMA large language model, a neural network trained on large amounts of text to recognize patterns and generate language. Applications use it for tasks such as answering, summarizing and writing code. analyzer calls.
Enables temperature override and automatic temperature omission for newer Claude and o1 models in the LLM analyzer.
GitGuardian SaaS is a secrets detection and security platform that scans code repositories to prevent sensitive data leaks and policy violations.
GitGuardian extends Generic Password and High Entropy Secret detection to Confluence, Jira, Slack, and Teams — with AI false-positive filtering built in.
└──▷ HOW TO FIND IT
Review or toggle AI-powered false-positive filtering for non-code sources after it is enabled by default on Business accounts.
📍In the GitGuardian console, go to Settings › AI settings and confirm that AI features (including the False Positive Remover) are enabled for your non-code source integrations.
Adds Generic Password and Generic High Entropy Secret detection to non-code sources including Confluence, Jira, Slack, Microsoft Teams, and others — matching the coverage already available for VCSVCSVersion control system: software that tracks changes to files over time, letting teams collaborate and roll back mistakes. Cyber tools use it to manage source code, configs, and signatures..
Extends the False Positive Remover (LLMLLMA large language model, a neural network trained on large amounts of text to recognize patterns and generate language. Applications use it for tasks such as answering, summarizing and writing code.-based model) to non-code source findings, automatically tagging 25–40% of generic findings as false positives before they surface in the dashboard.
Adds remediation guidance content and detector-specific links as assignable metadata fields in the Jira Notifier integration ticket description template.
3 details in Everything
2 more releases in this issue
· 2026-06-19 → 2026-07-07
GitGuardian's ServiceNow integration gains Public Monitoring, Honeytoken support, and granular event subscription filters.
└──▷ TRY IT
Retrieve the activity log for a specific secret incident via the Public API to feed into an automation or SIEMSIEMSecurity information and event management, collecting logs from many systems and correlating events to find suspicious activity. Analysts use it to investigate alerts and incidents. workflow.
Enable Honeytoken and Public Monitoring event routing in a new ServiceNow integration so decoy and perimeter alerts land in the same ticketing workflow as internal incidents.
📍In the GitGuardian dashboard, go to Integrations › ServiceNow › Configure, then under Event Groups enable Public monitoring and Honeytoken events. In the Notify when section, select the additional events (e.g. Incident ignored, Incident resolved) to be posted as comments on the ticket.
Adds Event Group Selection to the ServiceNow integration: choose to route Internal Monitoring, Public Monitoring, or Honeytoken incidents into ServiceNow tickets.
Supports Public Monitoring in ServiceNow, so secrets exposed on public sources flow into the same remediation workflow as internal incidents.
Supports Honeytoken events in ServiceNow, bringing decoy-token alerts into the ticketing and remediation workflow.
New Notify when section enables granular event subscription: the New incident detected event creates the ticket, while additional selected events are posted as comments, keeping full incident history in one place.
Adds severity and risk score information to incident notifications in Slack and Microsoft Teams.
+3 moreshow less
Adds source health management for Confluence Cloud, Slack, Gerrit, and Microsoft SharePoint Online: GitGuardian pauses ingestion on unreachable sources and auto-resumes once health is restored, surfacing an actionable recovery step.
Adds a new Public API endpoint to retrieve the activity log of a secret incident, enabling automation and monitoring workflows.
Adds support for a second AWS Marketplace seller account (GitGuardian Inc., US entity) so US customers can transact through the US listing.
Smart Notifiers lets GitGuardian alert only on incidents that match severity, ML risk, validity, or secret type — no middleware needed.
└──▷ HOW TO FIND IT
Route only high-severity, valid secrets to a Slack channel — eliminating noise from informational or unverified incidents.
📍In the console, go to Alerting & Notifications › Slack notifier settings, then add a filter rule: set Severity to High or Critical and Validity to Valid. Save the rule to apply it to that channel.
Prevent false-positive check run failures caused by secrets merged in from the target branch during large PRs.
📍In the console, go to Integrations › GitHub › Check Runs settings and enable Skip merge commits to restrict flagging to secrets introduced on the PR branch only.
Unlink a runaway or mistakenly created Jira ticket from an incident without deleting the external ticket.
📍In the console, open the incident detail page, locate the linked Jira ticket section, and click Dissociate ticket to remove the association while keeping the Jira issue intact.
Adds Smart Notifiers: per-channel filtering rules for webhooks, Slack, and Microsoft Teams alerts based on severity, ML risk score, validity, secret type, or GitGuardian tag across internal and public monitoring.
Enables email alerting to filter public monitoring incidents by severity.
Adds sources health management for Confluence Data Center and Microsoft Teams: auto-pauses ingestion on unreachable sources and auto-resumes when health is restored.
Expands Overview analytics to include Non-Human Identity (NHINHIA non-human identity, an account or credential used by software or a device rather than a person. Service accounts, workload identities and automation tokens need their own permissions and lifecycle controls.) and Public Monitoring data.
New GitHub check run setting to skip merge commits in pull request scans, flagging only secrets introduced on the PR branch.
+6 moreshow less
GitHub check runs now skip scans on pull requests exceeding a configured size limit to protect the shared GitHub API rate limit.
Enables dissociation of a Jira or ServiceNow ticket from an incident directly on the incident detail page without deleting the external ticket.
Adds support for the Feedback Received event in ServiceNow event-based notifications.
Adds ability to filter incidents by closure reason.
Increases character limit for secret value search on the incidents page to support longer secrets such as large JWTsJWTsJSON Web Tokens — an open standard (RFC 7519) for encoding claims as a signed, optionally encrypted JSON object. Cyber tools use them for stateless authentication without server-side session storage..
Supports read-only tokens for GitLab group hook installations, with manual webhook creation instructions surfaced when needed.
GitGuardian's Detection Engine Release Notes documents updates to its automated secrets detection system that scans code repositories for exposed credentials and sensitive data.
GitGuardian adds 9 new secret detectors (Amadeus, Kinde, TomTom, Datadog, 5 Azure services) plus Gemfury validity checkers.
New detector for Amadeus OAuth Credentials.
New detector for Kinde OAuth Credentials.
New detector for TomTom API Key.
New detector for Datadog Personal Access Token.
New detector for Azure Maps Key.
+6 moreshow less
New detector for Azure Mixed Reality Key.
New detector for Azure Service Bus Key.
New detector for Azure Quantum Key.
New detector for Azure Bot Direct Line Key.
Adds validity checkers for Gemfury Deploy/Push Token and Gemfury Full Access Token.
Updates LiteLLM API Key checker to use the models endpoint and validate JSON response shape.
GitGuardian Self-Hosted Release Notes is a changelog documenting updates, fixes, and new features for the self-hosted version of GitGuardian's secrets detection platform.
GitGuardian Self-Hosted 2026.6 adds 20+ new secret detectors, a premium scan retry worker, Teams granular alerting, and open-source AI agent skills.
└──▷ USE IT
Route failed large-repository VCSVCSVersion control system: software that tracks changes to files over time, letting teams collaborate and roll back mistakes. Cyber tools use it to manage source code, configs, and signatures. scans to a dedicated high-memory pod so base scanner pods stay small and only heavy retries scale up.
yaml
# In your Helm values file, enable the premium scan retry worker:
premiumScanRetryWorker:
enabled: true
resources:
requests:
memory: "8Gi"
limits:
memory: "16Gi"
replicaCount: 1
Receive only high-severity incident notifications in a dedicated Teams channel instead of all alert types.
📍In the GitGuardian console, go to Integrations › Microsoft Teams, select a channel, then under Alert types enable only the specific incident event types (e.g. Incident opened, Severity: critical) relevant to that channel.
New premium scan retry worker (Helm only): routes failed large-repo VCS scans to a dedicated high-memory, scale-to-zero pod, keeping base scanner pods small.
New open-source agent-skills repository (GitGuardian/agent-skills) teaches AI coding assistants (Claude Code, Cursor) when to scan, how to read findings, and how to guide developers through remediation.
Secrets Detection Engine v2.163 adds 6 new detectors: Aikido API OAuth2OAuth2An open authorization framework (RFC 6749) that lets a service grant limited access to a user's resources on another service without exposing credentials, giving cyber tools a standard way to authenticate against third-party APIs. Credentials, Logflare Access Token, PolyAPI API Key, Apollo.io API Key, AES Cipher Key, and SAP OAuth Credentials.
Secrets Detection Engine v2.164 adds 6 new detectors: Authentik API Token, Pagar.me Encryption Key, Adobe Refresh Token, LiteLLM API Key, brapi.dev API Key, and Open VSX Access Token, plus a new Google OAuth2 Keys checker and Adafruit IO API Key analyzer.
Secrets Detection Engine v2.165 adds 8 new detectors (Stitch API Key, ActiveMQ Credentials, Instantly API Key, Gitea Access Token, Fal.ai API Key, SurrealDB Cloud JWTJWTAn open standard (RFC 7519) for encoding claims as a signed, optionally encrypted JSON object passed between parties. Cyber tools use it to verify identity and permissions without querying a central session store. Token, Kimi API Key, Wiz OAuth Credentials) and 8 new checkers including Okta, Azure, AWS Cognito, LaunchDarkly, Pulumi, and PyPI.
+4 moreshow less
Microsoft Teams granular alerting: subscribe individual channels to specific incident event types for fine-grained notification control.
Jira Cloud integration switches from webhooks to recurrent scanning; VCS historical scans now cover orphaned commits, Git notes, and pull/merge request refs.
Overview analytics now include Non-Human Identities (NHINHIA non-human identity, an account or credential used by software or a device rather than a person. Service accounts, workload identities and automation tokens need their own permissions and lifecycle controls.); GitHub check runs can skip merge commits; Jira/ServiceNow tickets can be dissociated from incidents; GitLab read-only group hook tokens supported.
Cloudflare Security Changelog is an RSS feed that tracks and announces updates, changes, and new features related to Cloudflare's application security products.
WAFWAFA reverse proxy that inspects HTTP/HTTPS traffic and blocks requests matching known attack patterns such as SQL injection or XSS, sitting between clients and a web application to filter malicious input before it reaches the server. adds new detections for Citrix NetScaler ADC and Progress Kemp LoadMaster RCERCERemote code execution, the ability to run attacker-chosen code on another system through a vulnerability. Its impact depends on the permissions and access that code receives. vulnerabilities.
New detection for Citrix NetScaler ADC insufficient input validation (CVE-2026-8451), rule 78826e3223b94da493a2ade876973ac4, deploying in Log mode on 2026-07-13.
New detection for Progress Kemp LoadMaster remote code executionremote code executionRemote code execution, the ability to run attacker-chosen code on another system through a vulnerability. Its impact depends on the permissions and access that code receives. (CVE-2026-8037), rule 6b64d216620449fbb273d07910233f36, deploying in Log mode on 2026-07-13.
2 details in Everything
6 more releases in this issue
· 2026-06-15 → 2026-07-06
Enterprise Bot Management gains BotBase bot directory and Attribution Business Insights crawl-to-referral dashboard.
└──▷ HOW TO FIND IT
Use a bot's detection ID from BotBase to build a precise Security rule that blocks a specific crawler on your zone.
📍In the Cloudflare dashboard, go to Security › Bots › BotBase, search for the target bot, copy its detection ID, then navigate to Security › WAF › Custom Rules and create a rule matching that detection ID.
Review which AI crawlers are sending referral traffic back versus just consuming your content, to inform allow/block decisions.
📍In the Cloudflare dashboard, go to Security › Bots › Attribution Business Insights, set the time range to 30 days, and sort operators by crawl-to-referral ratio to identify high-crawl/low-referral operators.
Adds BotBase, a searchable in-dashboard directory of every bot Cloudflare tracks, classified by behavior (Search, Agent, Training, Transact, Data Collection, SEO, Ads Verification).
Enables filtering live zone traffic down to a single bot within BotBase to investigate its activity and copy its detection ID for use in Security rules.
Introduces Attribution Business Insights dashboard showing crawl-to-referral ratios per bot operator over 24 hours, 7 days, or 30 days, with Allowed/Blocked/Partially blocked action status.
Publishes every tracked bot from BotBase to Cloudflare Radar's public bots and agents directory.
Cloudflare now lets all plans block AI crawlers by behavior — Search, Agent, or Training — independently per page type.
└──▷ HOW TO FIND IT
Opt out of the September 15, 2026 default changes before they apply to your newly onboarded domain.
📍In the Cloudflare dashboard, go to Security › Bots › AI Traffic and manually configure each behavior preset (Search, Agent, Training) to your preferred setting before September 15, 2026.
Introduces three independently controllable AI traffic behavior categories — Search, Agent, and Training — available to all customers including Free plan.
Enables per-behavior blocking policies: block on all pages, block only on ad-displaying pages, or allow — giving fine-grained control over which AI crawlers can access content.
New default policy (effective September 15, 2026) automatically blocks Training and Agent crawlers on ad-displaying pages for newly onboarded domains, with opt-out available before that date.
Multi-purpose crawlers combining Search and Training behaviors will be subject to Training-class blocking rules under the new defaults.
WAFWAFA reverse proxy that inspects HTTP/HTTPS traffic and blocks requests matching known attack patterns such as SQL injection or XSS, sitting between clients and a web application to filter malicious input before it reaches the server. adds FortiSandbox path traversal detection (CVE-2026-39813) and disables Fake Bing/MSN Bot rule.
└──▷ HOW TO FIND IT
Override the new FortiSandbox rule from Log to Block immediately if you run FortiSandbox and want active protection rather than waiting for Cloudflare's default escalation.
📍In the Cloudflare dashboard, go to Security › WAF › Managed Rules › Cloudflare Managed Ruleset, search for rule ID 32075e19b1494117ac5915e8d84c92c9, and set the action override to Block.
Re-enable blocking of fake Bing/MSN bots via a custom WAF rule if your zone depended on rule ae20608d93b94e97988db1bbc12cf9c8 for bot enforcement.
📍In the Cloudflare dashboard, go to Security › WAF › Custom Rules, create a new rule with field User Agent matching known fake-bot patterns, and set action to Block.
New detection for Fortinet FortiSandbox path traversal (CVE-2026-39813): rule 32075e19b1494117ac5915e8d84c92c9 blocks unauthenticated arbitrary file reads, currently set to Log action.
Breaking change: Anomaly:Header:User-Agent - Fake Bing or MSN Bot rule (ae20608d93b94e97988db1bbc12cf9c8) action changed from Enabled/Block to Disabled — zones relying on this rule for bot enforcement must now implement alternative coverage.
New managed rule blocks CVE-2026-10520 pre-auth OS command injectionOS command injectionAn attack that makes an application execute operating-system commands supplied through untrusted input. It often happens when input is passed unsafely to a shell. in Ivanti Sentry.
└──▷ HOW TO FIND IT
Verify the new Ivanti Sentry rule is active in Block mode on your zone — useful immediately after deployment to confirm coverage before patching.
📍In the Cloudflare dashboard, go to Security › WAF › Managed Rules › Cloudflare Managed Ruleset, search for rule ID 500a90789f874345b60b0de7242fdf83, and confirm the action is set to Block.
WAFWAFA reverse proxy that inspects HTTP/HTTPS traffic and blocks requests matching known attack patterns such as SQL injection or XSS, sitting between clients and a web application to filter malicious input before it reaches the server. custom rules can now match Cloudforce One threat intelligence fields to block IPs flagged for recent attack activity.
└──▷ TRY IT
Block inbound requests from IPs linked to DDoSDDoSDistributed Denial of Service: an attack that floods a target system with traffic from many sources simultaneously, exhausting its resources so legitimate requests cannot be served. campaigns that have targeted France — useful for protecting French-market infrastructure during active threat periods.
$ any(cf.intel.ip.target_countries[*] == "FR") and any(cf.intel.ip.datasets[*] == "ddos")
Adds cf.intel.ip.* fields populated from Cloudforce One threat intelligence, enabling WAF custom and rate-limiting rules to act on IPs flagged within the past seven days.
New cf.intel.ip.datasets field identifies whether a flagged IP was associated with DDoS or WAF attack activity.
New cf.intel.ip.attacker_names and cf.intel.ip.attacker_countries fields expose known threat actor identities and source countries for use in rule expressions.
New cf.intel.ip.target_industries and cf.intel.ip.target_countries fields allow rules to prioritize defense based on the sectors or regions an IP has historically targeted.
Threat intelligence matches are recorded in Security Analytics and fully supported via the Cloudflare API and Terraform.
WAFWAFA reverse proxy that inspects HTTP/HTTPS traffic and blocks requests matching known attack patterns such as SQL injection or XSS, sitting between clients and a web application to filter malicious input before it reaches the server. adds Ghost CMSCMSA web content management system for creating and managing digital content without writing code directly; cyber tools use CMS platforms to host documentation, portals, or reporting dashboards quickly. blind SQLiSQLiAn attack that makes an application treat untrusted input as part of a database command. It can expose or modify data by changing what the query does. detection (CVE-2026-26980) and a new generic obfuscated boolean SQLi bypass rule.
└──▷ HOW TO FIND IT
Enable the new obfuscated boolean SQLi rule (shipped as Disabled) to actively block evasion attempts against your zone.
📍In the Cloudflare dashboard, go to Security › WAF › Managed Rules › Cloudflare Managed Ruleset, search for rule ID 6c64b68ef5ed45e7a622cdaab56f403f (SQLi - Obfuscated Boolean - URI), and change its action from Disabled to Block.
New managed rule 439c4ef64b32447989bdf412b4c29bc6 detects and blocks blind SQL injectionSQL injectionAn attack that makes an application treat untrusted input as part of a database command. It can expose or modify data by changing what the query does. in Ghost CMS Content API (CVE-2026-26980, versions 3.24.0–6.19.0), moving to Block action.
New managed rule 6c64b68ef5ed45e7a622cdaab56f403f identifies generic SQLi bypass attempts using obfuscated boolean logic in URI parameters (currently set to Disabled).
Arcjet is a developer-focused security SDK that protects web applications against bots, rate limiting, email validation, and attack threats with minimal code integration.
Arcjet adds proxy support, Nosecone Nonce API, enhanced security briefings, and a new Console activity view.
└──▷ USE IT
Inject a CSPCSPContent Security Policy: a browser security mechanism, standardized by the W3C, that lets a web server declare which sources of scripts, styles, and other resources a page may load, blocking injection attacks. nonce into a custom script tag from a Next.js Server Component when the <Script> component is unavailable.
javascript
import { nonce } from "@nosecone/next";
export default async function Page() {
const cspNonce = await nonce();
return <script nonce={cspNonce}>{`/* your inline script */`}</script>;
}
Adds proxy support to the JS SDK 1.6.
Introduces an optimized Wasm bundle across JS, Go, and Python SDKs.
Delivers the first numbered Go SDK release (0.1.0) with improved per-request caching.
Adds a nonce function to the Nosecone Next.js library (v1.6.1), enabling nonce access from Server Components and Route Handlers.
Expands weekly security briefing emails with detailed threat tagging, country breakdowns, and updated recommendations.
+1 moreshow less
Opens a new activity view in the Arcjet Console, surfacing non-HTTP Guard events (e.g., agentic file-access events) alongside web requests.
Wallarm is a cloud-native application security platform that protects APIs, microservices, and web apps from threats like injections, bots, and account takeovers.
Wallarm launches a redesigned Attacks interface with interactive dashboards, customizable views, and drill-down request inspection.
└──▷ HOW TO FIND IT
Scope an investigation to a specific application and attack type, then export the filtered results for an incident report.
📍In the Wallarm console, go to Attacks › apply filters for the target application and attack type › set your time range › select columns relevant to the incident › click Export to download the tailored dataset.
Create a persistent dashboard for a specific host so the SOCSOCA security operations center, the team or function that monitors threats, investigates alerts and coordinates incident response. Its work can be internal, outsourced or shared. team always has a scoped view ready without re-applying filters each session.
📍In the Wallarm console, go to Attacks › set filters for the target host and preferred columns and time range › click Save View › name the view and assign it as a dedicated dashboard for that host.
New interactive Attacks dashboard lets analysts navigate attack trends, spot anomalies, and apply filters directly from charts, tables, and statistics.
Customizable Views enable saving preferred columns, filters, time ranges, and groupings as dedicated dashboards scoped to specific attack types, applications, hosts, or incidents.
Attack Investigation Flow surfaces request-level details — source IP, host, URI, payload, parameters, classifications, headers, and full raw request — from a single drill-down.
Interactive Request Grouping lets analysts cluster attacking requests by attack type, source IP, host, path, or any custom combination to surface hard-to-spot patterns.
Customizable Export tailors attack data exports by filter, column selection, time range, and grouping for incident response, compliance, or offline analysis.
DataDome is a bot protection and fraud prevention platform that detects and blocks malicious traffic, scraping, credential stuffing, and other automated threats in real time.
DataDome Terraform provider v2.4.0 adds rate limiting, time-box policies, agentic endpoint types, and new response actions for custom rules.
└──▷ USE IT
Protect an agentic login endpoint with a rate-limit policy to throttle automated credential-stuffing agents.
Adds rate_limit and time_box policy options for custom rules, enabling threshold-based and time-windowed enforcement.
Adds six new endpoint_type values for custom rules targeting agentic AI traffic: agentic-general, agentic-account-creation, agentic-login, agentic-cart, agentic-forms, and agentic-payment.
Adds three new response values for custom rules: device_check, intent_based, and monetize, expanding the range of enforcement actions available.
Invicti is an automated web application security scanner that identifies vulnerabilities like SQL injection and XSS to help organizations secure their web assets.
Invicti adds gRPCgRPCAn open-source remote procedure call framework from Google that uses HTTP/2 and Protocol Buffers to let services call each other's functions across a network, giving tools low-latency, strongly typed inter-process communication. scanning, bulk scan suspension, collection dashboards, and richer CSV exports in this release.
└──▷ HOW TO FIND IT
Add gRPC DASTDASTDynamic application security testing, probing a running application from the outside for vulnerabilities. It checks behavior exposed through the application's interfaces. coverage to a microservice by supplying its Protobuf contract at scan configuration time.
📍In the Invicti console, go to New Scan › API Scanning, select gRPC as the API type, and upload the service's .proto definition file before launching the scan.
Pause all automated scanning org-wide during a change-freeze window without touching each schedule individually.
📍In the Invicti console, go to Scheduled Scans and use the Suspend All Scheduled Scans control to halt every future scheduled scan across the account at once.
Reduce scan failures on sites with CAPTCHA or MFAMFAMulti-factor authentication, requiring proof from different categories, such as a password and a hardware key, to sign in. It reduces reliance on a password alone. when scanning through an internal agent by enabling interactive login.
📍In the scan profile settings for an internal agent scan, enable the AI-aided Login setting so Invicti can use AI to recover failed Login Sequence Recorder playbacks automatically.
Supports scanning of gRPC services by uploading .proto definition files, extending DAST coverage to gRPC-based APIs.
New Suspend all scheduled scans control lets organization administrators pause all future scheduled scans across the account in one action.
Adds a dedicated dashboard for Collections, providing at-a-glance security posture visibility at the collection level.
New AI-aided Login setting enables AI recovery when Login Sequence Recorder (LSR) playback fails during a scan, reducing authentication-related scan failures.
Extends auditing to SCIMSCIMA standard for creating, updating and removing user accounts and groups across applications. It helps an identity provider keep access in sync when people join, change roles or leave. configuration changes, recording who changed provisioning settings and when in the audit log.
+3 moreshow less
Interactive login (manual CAPTCHA/MFA completion) is now available for scans run through internal agents, not just cloud agents.
CSV exports of targets now include tags, vulnerability counts, and last scan date for richer bulk reporting.
Adds ordinal monthly scan scheduling, allowing scans to be scheduled on a specific weekday of the month (e.g., first Monday, second Thursday).
Acunetix 360 On-Demand Changelog is an RSS feed tracking updates, fixes, and new features released for the Acunetix 360 cloud-based web application security scanner.
Acunetix 360 v26.6.1 adds pre-scan auth validation, interactive MFAMFAMulti-factor authentication, requiring proof from different categories, such as a password and a hardware key, to sign in. It reduces reliance on a password alone. login, and sitemap data retention.
New pre-scan authentication validation checks that credentials are working before a full scan begins.
New interactive MFA login support enables authenticated scanning of targets protected by multi-factor authenticationmulti-factor authenticationMulti-factor authentication, requiring proof from different categories, such as a password and a hardware key, to sign in. It reduces reliance on a password alone..
New sitemap data retention preserves discovered sitemap information across scans for ongoing analysis.
Burp Suite is a leading web application security testing platform used by professionals to find, exploit, and report vulnerabilities in web applications.
Burp Suite DASTDASTDynamic application security testing, probing a running application from the outside for vulnerabilities. It checks behavior exposed through the application's interfaces. 2026.6 adds wildcard and IPv6IPv6The current version of the Internet Protocol, standardized by the IETF, using 128-bit addresses to replace the exhausted IPv4 space. Cyber tools target it because modern networks run dual-stack or IPv6-only. support to proxy exclusion lists and a new scanner update filename format.
Supports wildcard entries in the proxy exclusion list for flexible traffic filtering.
Supports IPv6 addresses in the proxy exclusion list.
iLEAPP v2026.1.0 adds 10+ new parsers, conversation views, custom artifact paths, and broad LAVA migration.
└──▷ GET THIS VERSION
$ git clone --branch v2026.1.0 https://github.com/abrignoni/iLEAPP.git
# already have the repo? check out this version:$ git checkout v2026.1.0
└──▷ TRY IT
Load custom or case-specific artifact modules from a separate folder without touching the iLEAPP install — useful for proprietary parsers or in-progress modules.
$ ileapp -t zip -i /cases/iphone_extraction.zip -o /cases/output/ --custom_artifacts_path /cases/my_custom_artifacts/
Name the report subfolder after a case or device for cleaner multi-device output directories.
Adds new parsers for Zalo Chat and Users, Discord cache, Home Depot app, Oura Ring, App Web Usage (Biome), Biome NotificationUsage, springboard wallpaper, Apple ATX image files, iOS Widgets, and keychain artifacts.
Adds conversation views to WhatsApp, Viber, Kik, Slack, Life360, TikTok, Discord, Teleguard, Reddit, LinkedIn, and Telegram.
Adds --custom_artifacts_path CLI flag to load artifact modules from an extra folder, enabling third-party or case-specific parsers without modifying the install.
Adds --custom_output_folder CLI flag to set a custom name for the report output subfolder.
Adds an App Inventory module for parsing-coverage analysis across installed apps.
+9 moreshow less
Expands Telegram messages parser with Chat, Chat ID, Thread ID columns and splits Author into Author (name) and Author ID (user ID).
Migrates dozens of artifact modules (Kik cluster, mobileBackup/Install, notifications, geod, Safari cluster, Slack, ChatGPT, Life360, mailprotect, photos, iCloud cluster, Proton Mail, SIM info, and more) to the LAVA @artifact_processor decorator, standardizing UTC timestamps and relative source paths.
Full refactor of Swarm (Foursquare) and Waze iOS parsers with expanded data extraction and accuracy fields.
Adds SMSSMSShort Message Service, the protocol built into cellular networks for sending text messages between phones; cyber tools use it for alerting, two-factor authentication delivery, or phishing simulation over mobile channels.attributedBody parsing via pytypedstream to recover rich-text message content.
Adds LAVA launch actions to the final GUIGUIA graphical user interface, controls such as windows, buttons and menus. It lets people use software visually rather than entering commands. window for direct post-scan LAVA access.
Migrates UI icons to Tabler webfont-based icons with CSS/dark theme updates for HTML reports.
Enables KMLKMLAn XML-based file format maintained by the OGC for storing geographic data such as points, paths, and polygons. Cyber tools use it to visualize location-based intelligence on maps. output for coordinate-bearing artifacts.
Adds optional recent app history tracking module (CarPlay recentApphistory).
Converts HEIC map tiles to JPEG in the geodMapTiles module for broader viewer compatibility.
Adds Firefox HSTSHSTSAn HTTP response header, standardized in RFC 6797, that instructs browsers to contact a site over HTTPS only for a declared period, preventing protocol-downgrade and cookie-hijacking attacks. pin parsing from SiteSecurityServiceState.bin and forensically relevant preferences from prefs.js.
Adds Firefox bookmark backup parsing from bookmarkbackups/*.jsonlz4, enabling recovery of deleted bookmarks from daily snapshots.
Adds parsing of Service Worker-related data, including Background Fetch, Background Sync, Cache Storage, Content Index, Cookie Store, Notifications, and Payments protobuf artifacts.
Enhances Chrome extension handling: merges data from disk and Secure Preferences, adds a dedicated Extensions worksheet in Excel output, and surfaces detailed permissions and content scripts.
+4 moreshow less
Expands Chrome downloads parsing to include URL chains, MIME types, shared_proto_db download records, and additional metadata fields reflected in XLSX output.
Adds support for parsing and summarizing Chrome Declarative Net Request (DNR) dynamic rules and improves unpacked extension handling.
Adds browser auto-detection and support for Chromium variants including Edge, Brave, Vivaldi, and Tor Browser.
Includes pure-Python Snappy and Mozilla LZ4 (mozLz40) decoders, removing dependencies on python-snappy and python-lz4 for Firefox artifact decompression.
Hayabusa (隼) is a sigma-based threat hunting and fast forensics timeline generator for Windows event logs.
Hayabusa v3.10.0 adds Sigma 2.1 |neq field modifiers and per-tactic unique/total alert counts in MITRE ATT&CKMITRE ATT&CKA publicly maintained knowledge base of adversary tactics and techniques observed in real attacks, maintained by MITRE. Cyber tools use it as a common taxonomy to classify, map, and communicate threat behavior. output.
└──▷ GET THIS VERSION
$ git clone --branch v3.10.0 https://github.com/Yamato-Security/hayabusa.git
# already have the repo? check out this version:$ git checkout v3.10.0
Supports Sigma 2.1 |neq and |fieldref|neq field modifiers, enabling negated comparisons composable with |contains, |startswith, |endswith, and |fieldref in detection rules.
Adds unique and total alert counts per MITREMITREA US federally funded research and development center that maintains public frameworks—ATT&CK, CVE, D3FEND—that cyber tools use to classify threats, vulnerabilities, and defensive techniques in a common language.ATT&CKATT&CKA publicly maintained knowledge base by MITRE cataloguing adversary tactics, techniques, and procedures observed in real attacks, giving cyber tools a common taxonomy for classifying and correlating threat behavior. tactic in detection results, giving practitioners a clearer picture of tactic coverage across a scan.
Request Tracker (RT) and RTIR are open-source ticketing and incident response systems that help organizations track, manage, and resolve requests and security incidents.
RT-Extension-AI adds a Queue Creation Assistant that builds queues, workflows, custom fields, groups, and rights from plain-language conversation.
New Queue Creation Assistant in RT-Extension-AI lets admins describe a queue's purpose in plain language and generates the full configuration — lifecycle/workflow, custom fields, groups, rights, and watchers — for review before applying.
Conversational setup flow replaces manual multi-step queue configuration: the assistant asks targeted questions about team, ticket types, and workflow, then presents a complete plan for approval before making any changes.
One-step queue provisioning: after admin approval, the assistant creates the queue and all supporting elements (workflow, custom fields, groups, rights, watchers) atomically in a single action.
Timesketch 20260630 adds SecGemini analyzer results to report summaries and enriches OpenTelemetryOpenTelemetryAn open standard and set of tools for collecting traces, metrics and logs from applications. It lets services export observability data without tying instrumentation to one monitoring vendor. spans with search metadata.
└──▷ GET THIS VERSION
$ git clone --branch 20260630 https://github.com/google/timesketch.git
# already have the repo? check out this version:$ git checkout 20260630
Adds SecGemini analyzer report output to the sketch report summary, surfacing AI-driven analysis alongside other analyzer results.
Updates SecGemini provider to align with the sec-gemini v3 SDK APIs, enabling compatibility with the latest SecGemini capabilities.
Adds search metadata attributes to OpenTelemetry spans, enabling deeper observability into search query telemetry.
3 details in Everything
1 more release in this issue
· 2026-06-17 → 2026-06-30
Timesketch 20260617 enforces cross-sketch ownership on event fact conclusions via the API.
└──▷ GET THIS VERSION
$ git clone --branch 20260617 https://github.com/google/timesketch.git
# already have the repo? check out this version:$ git checkout 20260617
└──▷ BREAKING ON UPGRADE
!OpenSearchOpenSearchAn open-source search and analytics engine, forked from Elasticsearch by AWS in 2021, that lets cyber tools store, query, and visualize large volumes of log or event data without licensing restrictions. users must upgrade to at least version 3.7.0 before upgrading to this Timesketch release if running OpenSearch >= 3.x
AVML v0.19.0 collapses all subcommands into one binary and adds a stream subcommand for diskless memory capture.
└──▷ GET THIS VERSION
$ git clone --branch v0.19.0 https://github.com/microsoft/avml.git
# already have the repo? check out this version:$ git checkout v0.19.0
└──▷ TRY IT
Capture memory from a live host directly to Azure Blob Storage with no local file written — useful when disk space is scarce or forensic integrity requires avoiding local writes.
$ avml stream blob ${SAS_URL}
Stream a memory snapshot over TCPTCPA network protocol that delivers a reliable, ordered stream of bytes between two endpoints. It detects lost data and retransmits it. to a waiting collector — pipe straight into a file on the analyst's machine without touching the target's disk.
$ nc -l 9000 > snapshot.lime
# then on the target:
avml stream tcp collector.example.com:9000
New stream subcommand streams a live memory snapshot directly to Azure Block Blob or a remote TCP listener without writing to local disk — ideal for read-only roots, limited-disk hosts, or forensic chain-of-custody requirements.
New stream blob <SAS_URL> destination pipes memory directly to Azure Block Blob Storage, auto-sizing block size to stay within Azure's 50,000-block limit; --sas-block-size (MiB) sets a floor and --sas-block-concurrency caps in-flight uploads.
New stream tcp <host:port> destination streams a snapshot over a raw TCP connection to a netcat-style collector.
All subcommands (acquire, convert, upload, stream) are now consolidated into a single avml binary instead of separate binaries.
Enforces that --url and --sas-url are mutually exclusive on avml acquire, and requires one of them when --delete is set — preventing silent misconfiguration.
5 details in Everything
└──▷ BREAKING ON UPGRADE
!The avml-upload binary has been collapsed into avml; the separate avml-upload binary no longer exists.
!--url and --sas-url are now mutually exclusive on avml acquire; previously both could be specified together.
!--delete now requires --url or --sas-url to be set; previously --delete could be used without a remote URL.
ElcomSoft Product News is an RSS feed delivering updates about ElcomSoft's password recovery, forensic, and security auditing software products and releases.
iOS Forensic Toolkit 10.10 enables pairing-free sideloading of the extraction agent via wired or wireless network bridge.
Supports pairing-free sideloading of the low-level extraction agent, eliminating the need to pair the device before delivery.
Delivers the extraction agent over a wired or wireless network bridge as alternative sideloading methods.
2 details in Everything
1 more release in this issue
· 2026-06-18 → 2026-06-24
GuardDog v3 adds kernel-level sandboxingsandboxingRunning code inside a restricted environment that limits what it can access or change. The isolation reduces the impact of mistakes or untrusted code, depending on the sandbox's controls., S3 scanning, risk-based scoring engine, and removes legacy CLI commands.
└──▷ GET THIS VERSION
$ git clone --branch v3.0.0 https://github.com/DataDog/guarddog.git
# already have the repo? check out this version:$ git checkout v3.0.0
└──▷ TRY IT
Scan an untrusted PyPI package with the kernel-level sandbox enforced (default), or explicitly disable it on a platform where Landlock/Seatbelt is unavailable.
Scan a local package archive and supply a metadata JSON sidecar so metadata-based rules (e.g. typosquattingtyposquattingUsing a name close to a trusted domain or software package to catch spelling mistakes. Attackers use it to lure people or installers to a malicious lookalike., maintainer checks) also fire.
Adds kernel-level sandbox (Linux via Landlock, macOS via Seatbelt) for all scan operations — blocks network access and restricts filesystem during archive extraction and YARA analysis; use --no-sandbox to opt out explicitly.
Supports scanning packages stored in S3 via s3:// URIs, with AWS credential verification before scan and path-traversal-safe download to a temp directory.
Introduces a risk-based detection engine that correlates code capabilities with threat indicators in the same file to produce a 0–10 severity score, reducing false-positive alert fatigue.
Adds --metadata flag to supply a package metadata JSON file for local scans, enabling metadata rules that would otherwise require a registry lookup.
Adds --zip-password flag to scan encrypted ZIP archives (.zip, .whl, .egg), with - to read the password from stdin.
+1 moreshow less
Breaking change: removes the deprecated top-level scan and verify CLI commands — ecosystem-prefixed commands (pypi scan, npm scan, etc.) are now required.
6 details in Everything
└──▷ BREAKING ON UPGRADE
!The deprecated CLI commands scan and verify have been removed.
CHIPSEC 2.0.6 restores the uefi types command and adds platform autodetection to uefi tables.
└──▷ GET THIS VERSION
$ git clone --branch 2.0.6 https://github.com/chipsec/chipsec.git
# already have the repo? check out this version:$ git checkout 2.0.6
└──▷ TRY IT
Enumerate UEFIUEFIA firmware specification maintained by the UEFI Forum that replaces legacy BIOS, defining how an OS and hardware initialize at boot. Cyber tools target or hook it to inspect pre-OS execution environments. variable types on the running system — platform is now detected automatically, no manual specification needed.
$ chipsec_util uefi tables
List supported UEFI types on the current platform without manually identifying it first.
$ chipsec_util uefi types
Adds platform autodetection to chipsec_util uefi tables, removing the need to specify the platform manually.
Adds a decode dictionary to ExitCode in cfg_checker.py, making exit code interpretation programmatic.
Expands platform DID matching to HostCtrl DIDs for ADL, ARL, MTL, RPL, and TGLU platforms.
3 details in Everything
1 more release in this issue
· 2026-06-16 → 2026-07-01
CHIPSEC 2.0.5 adds Intel 440FX (QEMUQEMUAn open-source machine emulator and virtualizer that lets software run a guest OS or CPU architecture on a different host, giving cyber tools an isolated, inspectable execution environment without dedicated hardware.) config, Meteor Lake DIDs, and expanded cfg_checker validation.
└──▷ GET THIS VERSION
$ git clone --branch 2.0.5 https://github.com/chipsec/chipsec.git
# already have the repo? check out this version:$ git checkout 2.0.5
Adds platform configuration for Intel 440FX (QEMU), enabling CHIPSEC analysis against QEMU-emulated environments.
Adds Meteor Lake (MTL) Device IDs from the datasheet, extending hardware coverage for 14th Gen Intel Core platforms.
Adds BAR register/field validity and subcomponent type checks to cfg_checker, improving configuration correctness validation.
Splits tcobar and smbus_base into their own dedicated configuration files for cleaner platform config organization.
checksec 3.2.0 adds SafeStack, sanitizer, W^X, Selfrando, and stack-clash detection plus a --fail-if CI gate and CSV output.
└──▷ GET THIS VERSION
$ git clone --branch 3.2.0 https://github.com/slimm609/checksec.git
# already have the repo? check out this version:$ git checkout 3.2.0
└──▷ TRY IT
Gate a CI pipeline on RELRO, canary, and PIE — fail the build if any binary in a directory is missing these hardening properties.
$ checksec dir ./build/bin --recursive--fail-if relro,canary,pie
Audit a single binary for the full new check suite (SafeStack, sanitizers, W^X, stack-clash) and emit machine-readable CSV for ingestion into a spreadsheet or SIEMSIEMSecurity information and event management, collecting logs from many systems and correlating events to find suspicious activity. Analysts use it to investigate alerts and incidents..
$ checksec file /usr/bin/myapp --output csv
Run a clean, warning-free scan of a directory with forced color off — useful in log-heavy CI environments where ANSI codes break parsers.
$ checksec dir /opt/app --recursive--no-warnings--color never --output json
Adds SafeStack detection for ELFELFThe standard binary format for executables, shared libraries, and object files on Linux and most Unix-like systems, giving cyber tools a predictable structure to parse, instrument, or analyze compiled code. binaries by scanning for the __safestack_init symbol.
Extends CFI hardening detection to i386 CET and RISC-V Zicfilp/Zicfiss (landing pads and shadow stack), covering both RV32 and RV64.
New sanitizer detection (ASAN, UBSAN, MSAN, TSAN, LSAN) via compiler-rt symbol prefix scan.
New Selfrando detection via the .txtrp ELF section.
New W^X segment check (SeparateCode): flags any PT_LOAD segment that is both writable and executable.
+6 moreshow less
New stack-clash protection detection via annobin .gnu.build.attributes notes (authoritative on RHELRHELRed Hat Enterprise Linux, a commercially supported Linux distribution maintained by Red Hat, chosen by cyber tools for its long support lifecycle, certified hardware compatibility, and enterprise deployment prevalence./Fedora/CentOS; reports Unknown otherwise).
New RPATH/RUNPATH entry classifier: rates each entry as bad (relative/empty/world-writable), warning ($ORIGIN/nonexistent), or info (safe absolute).
New annobin-based FORTIFY/GLIBCXX assertion detection.
New --fail-if flag: exits non-zero when any specified check (comma-separated keys, e.g. relro,canary,pie) is not in a good state — enables use as a CI gate.
Parallel directory scanning (RunListChecksParallel) over a bounded worker pool (default GOMAXPROCS), reducing open syscalls on a recursive /usr/bin scan from ~18k to ~2k.
New --no-warnings flag suppresses warning output; new --color flag controls colorized output (auto, always, never); warnings now include filename context.
Fastly is a cloud edge platform that accelerates websites and APIs, provides CDN services, and offers security features like DDoS protection and WAF.
Fastly CLI v15.4.0 adds compute install-tools command and NGWAFNGWAFA next-generation web application firewall that inspects HTTP traffic at the application layer, using behavioral analysis and contextual rules rather than pure signature matching to block attacks like SQLi and XSS. account/workspace timeseries support.
└──▷ TRY IT
Pre-install the Viceroy local testing binary before starting Compute development, useful in CI or fresh dev environments.
$ fastly compute install-tools
New compute install-tools command pre-installs the Viceroy binary for local Compute development environments.
New NGWAF timeseries subcommands support account-level and workspace-level time series data queries.
2 details in Everything
15 more releases in this issue
· 2026-06-16 → 2026-07-08
Next-Gen WAFWAFA reverse proxy that inspects HTTP/HTTPS traffic and blocks requests matching known attack patterns such as SQL injection or XSS, sitting between clients and a web application to filter malicious input before it reaches the server. agent 4.80.1 improves CMDEXE, path traversal, and XSSXSSCross-site scripting, an attack that runs malicious script in another user's browser through a trusted site. It can steal data or perform actions using the user's session. detection with refreshed GeoIPGeoIPA database that maps IP addresses to geographic locations; tools use it to attribute traffic or alerts to countries, cities, or ASNs without querying external services. data.
Improves CMDEXE detection for more accurate command-injection identification.
Improves TRAVERSAL detection to better catch path-traversal attack patterns.
Improves XSS detection for broader cross-site scriptingcross-site scriptingCross-site scripting, an attack that runs malicious script in another user's browser through a trusted site. It can steal data or perform actions using the user's session. coverage.
Updates base GeoIP data to July 2026 for current geolocation accuracy.
Fastly adds 16 backend Compute error metrics to Historical Stats and Real-Time Analytics APIs for root-cause troubleshooting.
└──▷ TRY IT
Query the Real-Time Analytics API to surface backend Compute error counts broken down by category (TLS, HTTP, DNS, connection) for a service in the last 60 seconds.
Discover available scope categories (account, VCLVCLVarnish Configuration Language, a domain-specific language used to configure the Varnish HTTP cache, letting tools control request routing, caching rules, and traffic manipulation with low-latency precision. service, Wasm service, WAFWAFA reverse proxy that inspects HTTP/HTTPS traffic and blocks requests matching known attack patterns such as SQL injection or XSS, sitting between clients and a web application to filter malicious input before it reaches the server. workspace) to use when scoping a new event mapping.
New Event Mappings API enables creating, managing, and querying which Fastly audit events trigger notifications to configured integrations.
Supports scoping notification mappings account-wide or to specific CDNCDNA content delivery network, servers distributed across locations that cache and serve content near readers. It can reduce loading time and traffic to the original server. (VCL) services, Compute (Wasm) services, or Next-Gen WAF workspaces.
New discovery endpoint /event-types returns all supported audit event types with their compatible scope types.
New discovery endpoint /scope-types returns the supported scope categories for notification mappings.
Fastly accounts can now be linked to an existing Next-Gen WAFWAFA reverse proxy that inspects HTTP/HTTPS traffic and blocks requests matching known attack patterns such as SQL injection or XSS, sitting between clients and a web application to filter malicious input before it reaches the server. corp for unified control panel and API access.
└──▷ HOW TO FIND IT
When your team manages WAF rules in the Next-Gen WAF control panel but wants to administer them through the Fastly control panel and API going forward.
📍In the Fastly control panel, follow the 'Connecting a Fastly account to your corp' guide to link your Fastly account to your existing Next-Gen WAF corp.
Enables connecting a Fastly account to an existing Next-Gen WAF corp, surfacing Next-Gen WAF and Bot Management through the Fastly control panel and Fastly API without losing access to the standalone Next-Gen WAF control panel or API.
WAF configurations and user accounts are shared and synchronized in real time across both control panels and both APIs after the account is connected.
Fastly control panel now shows account-level request visibility across all workspaces on the Requests page.
└──▷ HOW TO FIND IT
View and filter requests across every workspace in your account to identify traffic patterns or anomalies without switching between individual workspaces.
📍In the Fastly control panel, go to Requests and select the account-level view to filter requests across all workspaces.
Fastly Go SDK 1.8.0 adds bot detection, VPNVPNA virtual private network, an encrypted tunnel between devices or networks. It carries traffic across another network as though the endpoints had a private connection./proxy detection, stale-if-error caching, and richer KV store controls.
Adds bot detection hostcalls via fsthttp, enabling Compute apps to identify bot traffic at the edge.
Adds ResVPNProxy support in fsthttp to detect and act on requests originating from VPNsVPNsA virtual private network, an encrypted tunnel between devices or networks. It carries traffic across another network as though the endpoints had a private connection. or proxies.
Adds stale-if-error logic to the HTTP caching layer, allowing cached responses to be served when origin errors occur.
Adds IfGenerationMatch to InsertConfig in kvstore, enabling conditional writes based on KV store entry generation.
Supports streaming request bodies on KV store insert operations.
+1 moreshow less
Adds MaxAge and TTLRemaining fields to CandidateResponse in fsthttp, exposing cache lifetime metadata during request handling.
Next-Gen WAFWAFA reverse proxy that inspects HTTP/HTTPS traffic and blocks requests matching known attack patterns such as SQL injection or XSS, sitting between clients and a web application to filter malicious input before it reaches the server. adds account-level requests endpoint to search across all workspaces in one call.
└──▷ TRY IT
Query WAF requests account-wide to hunt for a suspicious IP pattern without scoping to a single workspace.
Next-Gen WAFWAFA reverse proxy that inspects HTTP/HTTPS traffic and blocks requests matching known attack patterns such as SQL injection or XSS, sitting between clients and a web application to filter malicious input before it reaches the server. Simulate API gains detector_scope field per signal and doubles request body size limit to 200 KB.
└──▷ TRY IT
Inspect which detector scope triggered each signal when simulating a reconstructed request — useful for distinguishing built-in WAF rule hits from custom workspace or account rules.
Adds detector_scope field to every signal in Simulate API responses, indicating whether detection came from a system, workspace, account, or unknown scope — matching parity with the /requests/{id} API.
Increases Simulate API request body size limit from 100 KB to 200 KB to support reconstructed requests in the import flow.
Fastly Terraform Provider 9.3.0 adds DNS Zones, TSIGTSIGA DNS authentication mechanism defined in RFC 2845 that uses shared secret keys and HMAC to sign DNS messages, letting resolvers and servers verify that updates or zone transfers come from a trusted peer. Keys, and an immediate-block NGWAFNGWAFA next-generation web application firewall that inspects HTTP traffic at the application layer, using behavioral analysis and contextual rules rather than pure signature matching to block attacks like SQLi and XSS. threshold action.
└──▷ USE IT
Configure an NGWAF threshold that blocks traffic immediately upon breach rather than waiting for a rate window to close — ideal for high-confidence attack signals.
Next-Gen WAFWAFA reverse proxy that inspects HTTP/HTTPS traffic and blocks requests matching known attack patterns such as SQL injection or XSS, sitting between clients and a web application to filter malicious input before it reaches the server. adds block_immediately threshold action to unconditionally block high-risk signals without a rate window.
└──▷ HOW TO FIND IT
Immediately block all requests tagged with the CVE signal at the threshold level, with no rate window required — useful for zero-tolerance enforcement during active exploitation attempts.
📍In the Next-Gen WAF console, go to Thresholds › select or create a threshold › set Action to block_immediately and choose CVE (or Pentest, XXE, or AWS-SSRF) as the signal.
Rust SDK 0.13.0 adds stale-if-error guest caching, async request handoff, and modern Rust lock primitives.
└──▷ USE IT
Serve a stale cached response for up to 60 seconds when an origin is unreachable, instead of surfacing a SendError to the client.
rust
request.set_stale_if_error(Duration::from_secs(60));
let response = match request.send("my_backend") {
Ok(resp) => resp,
// SDK automatically substitutes cached stale-if-error response here
Err(e) => return Err(e),
};
Disable stale-if-error caching entirely so origin errors are always surfaced to the client without serving stale content.
rust
request.set_stale_if_error(Duration::ZERO);
Hand off an in-flight async request so the host delivers the eventual response to the client, freeing your compute to continue other work.
rust
let pending = request.send_async("my_backend")?;
pending.send_to_client();
Adds PendingRequest::send_to_client method to hand off responsibility for sending in-flight async responses back to the client to the host.
Supports stale-if-error in the HTTP guest cache: serves stale cached responses when Request::send or Request::send_async would otherwise return a SendError.
Enables configurable stale-if-error duration via Request::set_stale_if_error and CandidateResponse::set_stale_if_error, including opt-out via Duration::ZERO.
Exposes Response::masked_error on the request collapse leader to surface the underlying error that a stale-if-error response replaced.
Allows 5xx responses to trigger stale-if-error behavior by returning an error from the after_send cache hook.
+2 moreshow less
Makes HTTP guest caching compatible with send_async.
Sublime Security is an email security platform that detects and blocks phishing, malware, and other email-based threats using customizable, logic-based detection rules.
Sublime Security Platform v1.85 adds AI-generated explanation variable for user report auto-reply templates.
└──▷ HOW TO FIND IT
Automatically tell reporters why a message was flagged, in plain language, by adding the ASA summary to your existing auto-reply template.
📍In the console, go to Actions › Send User Report Result (or Automations › Close the loop with reporter), open your reply template, and insert {{asa_simple_summary}} where you want the AI explanation to appear.
Adds {{asa_simple_summary}} template variable that injects a plain-language AI (ASA) classification explanation into user report auto-reply messages.
Lacework FortiCNAPP is a cloud-native application protection platform that provides security monitoring, threat detection, and compliance management across cloud infrastructure and workloads.
FortiCNAPP adds AI-generated incident reports, FortiGuard IoCIoCAn indicator of compromise, an observable clue that may point to malicious activity, such as a suspicious file hash or domain. It is evidence to investigate, rather than proof by itself. feeds, LLMLLMA large language model, a neural network trained on large amounts of text to recognize patterns and generate language. Applications use it for tasks such as answering, summarizing and writing code. skills scanning, EKSEKSAmazon's managed Kubernetes service, run by AWS, that handles control-plane provisioning so teams can deploy containerized workloads without operating the underlying cluster infrastructure themselves./GKEGKEGoogle Kubernetes Engine, Google's managed Kubernetes service, which lets cyber tools run containerized workloads without managing the underlying cluster infrastructure. low-latency audit log alerts, and SASTSASTStatic application security testing, analyzing source code or compiled code for vulnerabilities without running the application. It helps developers find problems before deployment. for Windows across recent releases.
└──▷ TRY IT
Use the AiAssistants API with alert context support to programmatically pull AI-generated triage context for a specific alert.
Navigate to the Alert Dashboard to triage active threats filtered by severity or sub-category using the new interactive time chart.
📍In the FortiCNAPP console, go to Alerts › Alert Dashboard, then use the severity, category, or sub-category filters and click a time-chart segment to drill into alerts for that period.
Enable FortiGuard IoC feed integration to enrich detections with Fortinet threat intelligence.
📍In the FortiCNAPP console, go to Settings › Integrations › Threat Intelligence and enable the FortiGuard IoC Feed integration.
New Alert Dashboard: View and filter alerts by severity, category, or sub-category with an interactive time chart.
Integrates FortiGuard IoC feed as a threat intelligence source for detections.
New Vulnerability Scanner 0.29.0 released with updated scanning capabilities.
Explorer adds natural language search and a redesigned Saved Queries panel.
Cloud activity log pages unified into a single view; AWS CloudTrailCloudTrailAWS service that records API calls and account activity across an AWS environment, giving cyber tools an audit log to detect anomalous or malicious actions. and GCP/Azure cloud log pages redesigned.
+28 moreshow less
AI-generated Incident Report and Remediation tabs added to alert details for composite alerts.
Low-latency EKS and GKE audit log violation policy evaluation and alerting now available.
SAST scanning support extended to Windows environments, including VS Code extension updates.
AiAssistants API adds alert context support for programmatic AI-assisted triage.
Vulnerability management now supports AlmaLinux and ChainGuard Wolfi images.
New detection: Anomalous cloud API discovery spikes for compromised AWS Keys.
CloudFormationCloudFormationAn AWS service that lets you describe and provision cloud infrastructure as declarative YAML or JSON templates, so a cyber tool can reproducibly spin up or tear down its entire AWS environment with a single API call. integrations now available directly in the FortiCNAPP console.
New Azure service coverage added across multiple releases.
New AWS service coverage added, including AWS Terraform, CloudFormation, and Control Tower configuration module upgrades.
Threat Observations Policies page introduced for managing observation-based policies.
Observation process attribution added to link runtime observations to specific processes.
AI Security: Bedrock LQL policies added for detecting risks in AWS Bedrock environments.
Agent support expanded for Kubernetes on cloud platforms.
Policy exceptions can now be configured for all codespaces.
Code Security Claude Code Plugin added (Public Preview) for IDE-native security feedback.
Unified CI/CD integration for GitHub covering both IaCIaCInfrastructure as Code: the practice of defining and provisioning compute infrastructure through machine-readable config files rather than manual processes, giving cyber tools repeatable, version-controlled environment setup. and SCASCASoftware composition analysis, identifying third-party dependencies and checking them for known vulnerabilities and license issues. It covers software a team uses rather than writes itself. scanning.
Enhanced scanning configuration for PR and Git Status behaviors in Code Security.
AI-vendor secret detection added (Public Preview) to identify exposed AI provider credentials.
RiskWatch adds Runtime Vulnerability Detection and Prioritization.
Cursor IDE extension introduced for in-editor code security scanning.
Improved FortiGate integration surfaced in Explorer and Attack Path views.
FortiCNAPP adds AI-generated incident reports, FortiGuard IoCIoCAn indicator of compromise, an observable clue that may point to malicious activity, such as a suspicious file hash or domain. It is evidence to investigate, rather than proof by itself. feeds, LLMLLMA large language model, a neural network trained on large amounts of text to recognize patterns and generate language. Applications use it for tasks such as answering, summarizing and writing code. Skills Scanner, EKSEKSAmazon's managed Kubernetes service, run by AWS, that handles control-plane provisioning so teams can deploy containerized workloads without operating the underlying cluster infrastructure themselves./GKEGKEGoogle Kubernetes Engine, Google's managed Kubernetes service, which lets cyber tools run containerized workloads without managing the underlying cluster infrastructure. low-latency audit alerting, and SASTSASTStatic application security testing, analyzing source code or compiled code for vulnerabilities without running the application. It helps developers find problems before deployment. for Windows across recent releases.
└──▷ HOW TO FIND IT
Investigate a composite alert's AI-generated incident summary and recommended remediation steps without manual triage.
📍In the FortiCNAPP console, navigate to Alerts › select a composite alert › open the Incident Report or Remediation tab to view AI-generated analysis.
Query alert data using plain English instead of LQL to accelerate threat hunting in Explorer.
📍In the FortiCNAPP console, go to Explorer › use the natural language search bar to enter a query such as 'show me all failed SSH logins in the last 24 hours', then save results via the redesigned Saved Queries panel.
Retrieve AI-assisted alert context programmatically to enrich SOARSOARSecurity orchestration, automation and response, coordinating incident workflows across tools. Playbooks can gather evidence, assign work or carry out approved response actions. playbooks or ticketing workflows.
New Alert Dashboard lets practitioners view and filter alerts by severity, category, or sub-category.
Integrates FortiGuard IoC feed to enrich threat detection with Fortinet threat intelligence.
New Vulnerability Scanner 0.29.0 released with updated scanning capabilities.
Explorer adds natural language search and a redesigned Saved Queries panel for faster investigation.
Unified view for cloud activity log pages consolidates CloudTrailCloudTrailAWS service that records API calls and account activity across an AWS environment, giving cyber tools an audit log to detect anomalous or malicious actions. and other cloud log data.
+38 moreshow less
AI-generated Incident Report and Remediation tabs added to composite alert details.
Low-latency EKS audit log violation policy evaluation and alerting now available.
Low-latency GKE audit log violation policy evaluation and alerting now available.
New Code Security LLM Skills Scanner (Public Preview) detects risks in AI/LLM skill definitions.
Code Security Claude Code Plugin (Public Preview) brings FortiCNAPP scanning into Claude Code workflows.
Vulnerability management now supports AlmaLinux and ChainGuard Wolfi images.
AI Security: Bedrock LQL policies enable detection of anomalous AWS Bedrock activity.
Threat Observations Policies page provides centralized management of observation-based policies.
Agent support extended to Kubernetes on cloud platforms.
SAST scanning support added for Windows environments.
Alerts page gains inline details panel for faster triage without leaving the list view.
AiAssistants API now supports alert context, enabling AI-assisted alert analysis via API.
Policy exceptions can now be configured for all codespaces.
VS Code extension updated with Windows SAST support and UI improvements.
Supports viewing non-default branch assessments in Code Security.
New detection: Anomalous cloud API discovery spikes for compromised AWS Keys.
CloudFormationCloudFormationAn AWS service that lets you describe and provision cloud infrastructure as declarative YAML or JSON templates, so a cyber tool can reproducibly spin up or tear down its entire AWS environment with a single API call. integrations now available directly in the FortiCNAPP console.
New Azure service coverage added across multiple releases.
New AWS service coverage added.
Interactive time chart added to the alert dashboard for timeline-based alert analysis.
Enhanced timestamp precision for CloudTrail logs improves forensic accuracy.
Detection intelligence expanded with Observation Details in alert context.
AI-vendor secret detection (Public Preview) identifies exposed API keys for AI services.
RiskWatch adds Runtime Vulnerability Detection and Prioritization.
Improved FortiGate integration in Explorer and Attack Path analysis.
Alerts dashboard updates with new visualization and filtering capabilities.
Consolidated Subscription page simplifies license and subscription management.
Advanced configuration settings for Code Security and CI/CD integrations.
Code security lock file generation added to secure dependency resolution.
Unified CI/CD integration documentation for GitHub IaCIaCInfrastructure as Code: the practice of defining and provisioning compute infrastructure through machine-readable config files rather than manual processes, giving cyber tools repeatable, version-controlled environment setup. and SCASCASoftware composition analysis, identifying third-party dependencies and checking them for known vulnerabilities and license issues. It covers software a team uses rather than writes itself..
Observation process attribution links observed activity to specific processes.
Enhanced scanning configuration for PR and Git Status behaviors in Code Security.
Advanced configuration management for Code Security available in UI.
Redesigned GCP and Azure cloud log pages improve navigation and readability.
Redesigned AWS CloudTrail log page with improved layout.
Policy aggregate status update provides roll-up compliance visibility.
Lacework ServiceNow integrations updated in the ServiceNow Store.
Cursor IDE extension added for in-editor code security scanning.
Aikido Security is a developer-focused security platform that scans code, dependencies, containers, and cloud infrastructure to detect and prioritize vulnerabilities for fast remediation.
Aikido adds MCPMCPModel Context Protocol, a standard for connecting AI applications to external tools and data sources. A compatible server exposes capabilities an assistant can use through a common interface. for AI-driven security workflows, AI Pentest re-testing, Azure Management Group auto-discovery, and a wave of new integrations.
└──▷ HOW TO FIND IT
Trigger a targeted re-test of a single AI Pentest finding after applying a fix, instead of re-running the full pentest.
📍In the Aikido console, navigate to AI Pentest › Findings, select the individual finding you fixed, and click Re-test to have Aikido verify the fix in isolation.
Connect an Azure Management Group so Aikido automatically discovers all current and future subscriptions without manual re-configuration.
📍In the Aikido console, go to Integrations › Cloud › Azure, choose Management Group, enter your Management Group ID, and save — Aikido will enumerate all child groups and subscriptions automatically.
New Aikido MCP integration lets AI agents analyze code for security risks and fixes locally, without sending code or data to the cloud.
New re-test capability for individual AI Pentest findings lets teams confirm a specific fix is resolved without running a full pentest.
New Azure Management Group support: connect once and Aikido auto-discovers all existing and future groups and subscriptions.
New Broker Helm chart released for self-hosted broker deployments.
New GitHub Enterprise Server on-premises support via Aikido Broker for code scanning.
+19 moreshow less
New AutoFix support for Bun runtime.
New malware detection in container images.
New Kubernetes checks for ingress-nginx and MongoDB.
New GraphQL support in AI Pentest.
Code Quality scanning now automatically ignores generated files.
New ability to link domains directly to teams in Domains & APIs.
New custom headers support for API scans in Domains & APIs.
New OTPOTPOne-time password: a short-lived numeric or alphanumeric code valid for a single authentication attempt, generated via TOTP or HOTP standards, giving cyber tools phishing-resistant second-factor verification without stored shared secrets./2FA support for authenticated API scanning in Domains & APIs.
New local scanner release for Virtual Machines.
New Zen Firewall agent releases for Dotnet, Java, Python, PHP, Ruby, and Node.
New IDE extension releases for VSCode, JetBrains, and Visual Studio.
Safe-chain adds full Python support (pip, pipx, uv, poetry) and CircleCI support, plus configurable custom/private npm registries.
New email forwarding support for Notifications.
New FDA/NTIA-compliant reports with component hashes and supplier information.
New API endpoint to add a Kubernetes cluster.
New API endpoint to start a scan on a code repository.
New API endpoint to list all CI scans.
New API endpoint to get issue reachability analysis.
Aikido adds Kubernetes real-time image scanning, Eclipse IDE plugin, AI pentest preview, and dependency upgrade breaking-change analysis.
New Dependency Upgrade Breaking Change Analysis: Aikido AutoFix surfaces code-breaking impacts of dependency upgrades before they are applied.
New Kubernetes In-Cluster Image Scanning: continuously monitors container images running in live Kubernetes clusters for vulnerabilities.
New AI Pentest Skip-Payment model: run a full whitebox pentest and pay only to unlock details of High or Critical findings.
New Eclipse IDE plugin: scans projects in real time for secrets, API keys, and security vulnerabilities as you code.
New and improved Reachability view: refreshed design with deeper, more granular insights accessible directly from the Feed on hover.
+19 moreshow less
Adds Visual Basic.NET support to Code Scanning.
Adds Clojure support to Code Scanning.
Adds Azure China support for Cloud scanning.
New Zen Firewall agent releases for Dotnet, Java, Python, PHP, Ruby, Golang, and Node.
Enables editing of Custom Rules in Code Quality.
AI Pentest now estimates the number of agents needed for optimal coverage.
AI Pentest supports programmatic creation of new pentests via API.
AI Pentest supports scheduling for weekend execution.
AI Pentest now suggests hardening improvements to code.
IntelliJ IDE plugin adds Full Codebase Scan capability.
New IDE feature to track Expansion Pack (Secrets, Safe-Chain, MCPMCPModel Context Protocol, a standard for connecting AI applications to external tools and data sources. A compatible server exposes capabilities an assistant can use through a common interface.) usage across the organization.
New IDE releases for VSCode, JetBrains, and Visual Studio.
Safe-Chain adds custom registry support for Python and Jenkins support.
New compliance integration with CompAI.
New Reports: UK Cyber EssentialsCyber EssentialsA UK government-backed certification scheme that defines a baseline set of technical controls organizations must implement to defend against common cyber threats, giving cyber tools a compliance benchmark to assess or report against..
New API endpoint to start a container scan.
New API endpoint to set network connectivity for a repository.
New API endpoint to list tasks related to a group.
New API endpoint to get AI Pentest assessment details.
Aikido adds continuous pentesting, VM reachability diagrams, full IDE workspace scanning, and expanded integrations.
└──▷ HOW TO FIND IT
Visualize the network path to a vulnerable cloud VM to quickly assess real-world exploitability before prioritizing remediation.
📍In the Aikido console, open a Cloud VM finding, then select Reachability Diagram to view the network path, entry points, and exposed ports leading to the affected resource.
Attach custom Jira fields (e.g. team or severity tier) when Aikido creates issues, so tickets route correctly without manual editing.
📍In the Aikido console, go to Integrations › Jira, open your integration settings, and configure Custom Fields with the desired Jira field keys and values.
New Aikido Infinite (Continuous Pentesting): automatically re-tests your app after every code change, focusing on what changed and validating exploitability to reduce false positives.
New Reachability Diagrams for Cloud VMs: visualizes whether a finding is exploitable by mapping the network path, entry points, and exposed ports in your cloud environment.
Full Workspace Scan now available across all supported IDEs (VS Code, JetBrains, Visual Studio, Eclipse, Cursor), with IaCIaCInfrastructure as Code: the practice of defining and provisioning compute infrastructure through machine-readable config files rather than manual processes, giving cyber tools repeatable, version-controlled environment setup. scanning added for VS Code.
Adds package health scoring for PHP and malware detection for skills.sh, Go, Rust, and WordPress plugins.
Container image scanning supports include/exclude filtering by pattern.
+8 moreshow less
Kubernetes image scanning now supports multiple tags of the same image per cluster.
AI Pentest agent gains file upload support and SMSSMSShort Message Service, the protocol built into cellular networks for sending text messages between phones; cyber tools use it for alerting, two-factor authentication delivery, or phishing simulation over mobile channels.-based two-factor authentication and OAuth Password Grant flows.
Zen runtime protection releases Go beta and Ruby full release, plus IDORIDORInsecure Direct Object Reference, a web vulnerability where an application exposes internal identifiers (IDs, filenames) without access checks, letting an attacker substitute another user's ID to reach their data. blocking in Node.js.
Jira integration supports setting Custom Fields on issues.
Slack integration updated with direct actions from Slack notifications and an improved detail view.
New Comp AI integration for Governance, Risk, and Compliance (GRCGRCGovernance, Risk, and Compliance — a framework for aligning IT controls with business policy, regulatory requirements, and risk management so organizations can audit and report on their posture systematically.).
New API endpoints: save pull request config for Azure, Bitbucket, and GitHub; adjust group severity; add subdomains to attack surfaceattack surfaceThe exposed systems, interfaces and access points an attacker could try to use. It includes internet-facing services as well as identities, software and other reachable resources. domains.
GitHub PR integration supports ignoring security issues and code quality findings directly from within a PR.
Aikido adds conversational AutoFix refinement, Pentest Threat Model, Alibaba Cloud support, and new APIs in release #44.
└──▷ HOW TO FIND IT
Iteratively refine an AutoFix to match your team's code conventions using natural language inside Aikido.
📍In the Aikido UI, open an AutoFix suggestion, click Refine with Aikido AI, and type a natural-language instruction such as 'Use async/await instead of callbacks and follow our error-handling conventions'.
Adds Refine with Aikido AI — iteratively adjust AutoFixes using natural language to match your code style without leaving Aikido.
New Pentest Threat Model provides a real-time, transparent view of your attack surfaceattack surfaceThe exposed systems, interfaces and access points an attacker could try to use. It includes internet-facing services as well as identities, software and other reachable resources. and how your application's security posture will be tested.
Supports Alibaba Cloud: scan for misconfigurations, exposed resources, and risky settings across your Alibaba Cloud environment.
Adds custom context on SASTSASTStatic application security testing, analyzing source code or compiled code for vulnerabilities without running the application. It helps developers find problems before deployment. rules to improve AutoTriage accuracy.
Displays CVEs on VM attack pathattack pathA possible sequence of steps an attacker could take to reach a valuable target. It connects weaknesses, permissions and reachable systems rather than treating each finding separately. diagrams in Cloud & VM views.
+9 moreshow less
Introduces Aikido Claude Plugin via MCPMCPModel Context Protocol, a standard for connecting AI applications to external tools and data sources. A compatible server exposes capabilities an assistant can use through a common interface. integration.
Adds Jira/task tracker integration with team-to-project mapping and custom priority mapping.
Releases Zen Firewall agents for .NET, Java, Python, and Golang.
Aikido adds Lovable pentesting integration, container network reachability, new APIs, and expanded Zen Firewall agent support.
Adds Container Reachability: maps the complete network route to running containers and surfaces CVEs in deployment context, showing what is exposed to the internet.
Detects org.opencontainers.image.source tags in Docker images for improved container identification.
Extends Virtual Machine Reachability support to Azure.
Refreshes Zen Firewall installation flow with new installation instructions.
Ships Zen Firewall agents for .NET, PHP, Ruby, Golang, and Node.
+5 moreshow less
Automatically links SAMLSAMLA standard for passing signed identity assertions between a sign-in provider and an application. It lets a user sign in through their organization's identity provider. users to GitHub teams in User Management.
Adds Drupal malware scanning to Aikido Intel.
Releases new Safe Chain version with minimum package age support for Python.
Publishes new IDE extensions for VSCode and Visual Studio.
New API endpoints to manage webhooks, manage excluded paths per repository, and set custom headers for webhooks.
Aikido adds AI pentest escalation, AutoTriage custom context, cloud reachability for GCP, and new Zen firewall agents.
Enables escalation of AI pentest vulnerabilities beyond default cautious mode to perform deeper exploitation analysis and confirm whether protection layers hold up.
Adds custom environment context input for AutoTriage to improve finding accuracy and reduce false positives.
New out of SLA graph added to Reports Trends Over Time view.
Supports direct reply or ignore actions via GitLab MR comments integration.
Extends cloud reachability analysis for containers to Google Cloud RunCloud RunGoogle's managed container runtime that executes stateless workloads on demand, scaling to zero when idle, so tools can deploy without managing servers or paying for idle capacity..
+9 moreshow less
Supports custom context for AutoFix via an .aikido configuration file.
Adds additional pentest login methods: files, keys, and scripts.
Adds broker support for WebSockets in integrations.
Enables exclusion of specific users from Zen rate limiting.
Releases Zen Firewall agents for .NET, Go, and Node.
Releases new IDE extensions for VSCode, JetBrains, and Visual Studio.
Aikido adds Device Protection for blocking malicious packages on developer machines, AI Chat in AutoFix, and new API endpoints.
└──▷ HOW TO FIND IT
Use the AI Chat inside the AutoFix modal to refine a generated fix without leaving the product — useful when the suggested PR needs a small scope adjustment.
📍In the console, open a finding in the Code Analysis or AutoFix modal, then use the embedded Aikido AI Chat panel to describe the change you want (e.g., 'Scope the fix to only the affected function, not the entire file') and submit.
Add organization-specific context (custom libraries, internal policies) so AutoFix generates more accurate PRs tailored to your codebase.
$ # Place a .aikido file at the root of your repository with custom context
echo 'We use our internal wrapper `safe_query()` instead of raw DB calls.' > .aikido
New Device Protection agent blocks malicious packages (npm, PyPI, Maven, NuGetNuGetMicrosoft's package manager for .NET, hosting a public registry of reusable libraries so tools can pull in dependencies without bundling or manually maintaining third-party code., and more) and risky IDE/browser extensions at install time on developer devices to stop supply chain attacks.
Aikido AI Chat is now embedded in the AutoFix & Code Analysis Modal, enabling natural-language interaction with security findings and in-product AutoFix PR customization.
Adds cloud support for detecting Supabase common configuration issues.
Enables custom context for AutoFix via .aikido files.
Aikido Infinite now supports custom scan frequencies (e.g., every 6 weeks).
+5 moreshow less
Zen Firewall agents released for Dotnet, Python, PHP, Ruby, Golang, and Node; Ruby agent adds Outbound Request Blocking support.
New IDE extension releases for VSCode, JetBrains, and Eclipse.
New API endpoint: List Cloud rules.
New API endpoint: Get project/repository mapping.
New API endpoint: Get CISCISA nonprofit that publishes consensus-based configuration benchmarks and controls for hardening operating systems, cloud environments, and software; cyber tools use it as a ready-made compliance baseline. and AWS CIS report.
Aikido adds AI code auditing, MCPMCPModel Context Protocol, a standard for connecting AI applications to external tools and data sources. A compatible server exposes capabilities an assistant can use through a common interface. integration, ServiceNow ticketing, Oracle/Alibaba cloud support, and Zen Firewall agent expansion.
└──▷ HOW TO FIND IT
Query your Aikido security findings — such as leaked secrets or critical open vulnerabilities — directly from an AI coding assistant via the MCP integration.
📍In your AI coding assistant's MCP settings, add the Aikido MCP server, then prompt: "Show me all critical findings and leaked secrets in the <repo> repository."
Automatically route Aikido security findings into ServiceNow for teams that manage remediation through existing ITSMITSMIT Service Management: a framework of practices for delivering and supporting IT services, covering ticketing, change control, and incident response. Cyber tools integrate with it to automate alert-to-ticket workflows. workflows.
📍In the Aikido console, go to Integrations › Task Trackers › ServiceNow and connect your ServiceNow instance to enable automatic ticket creation from findings.
Audit source code for logic flaws and vulnerabilities beyond what traditional SASTSASTStatic application security testing, analyzing source code or compiled code for vulnerabilities without running the application. It helps developers find problems before deployment. tools detect, using AI-powered pentest-grade analysis.
📍In the Aikido console, go to Code › AI Code Audit and connect a repository to trigger pentest-grade AI reasoning on your source code.
New AI Code Audit capability performs pentest-grade reasoning on source code to catch logic flaws and vulnerabilities that traditional scanners miss — activated by connecting a repo.
New Aikido MCP integration lets AI coding assistants (e.g. Cursor, Claude) query Aikido issues — critical findings, leaked secrets, and open vulnerabilities — directly from the coding environment.
New ServiceNow integration automatically converts security findings into ServiceNow tickets, routing them into existing team workflows.
Adds CVE lookup via Aikido's chat interface for rapid vulnerability research.
Adds release gating with SLASLAA formal agreement between a service provider and customer that defines expected uptime, response times, and remedies for failures, giving cyber tools a contractual baseline for availability and support commitments. Mode for code scanning, enabling enforcement of security SLAs at the pipeline level.
+11 moreshow less
Adds Oracle Cloud support with 50+ detection rules for cloud security scanning.
Adds support for onboarding an entire Alibaba Cloud organization.
Adds GCP support for VM scanning.
Adds Pentest Pause and Pentest Monorepo support.
Adds Golang ecosystem support to Device Protection.
Adds Slack and Microsoft Teams inbox notifications for Device Protection.
Adds macOS silent install support for MDMMDMMobile device management, centrally configuring and managing enrolled devices. Administrators use it to apply settings, distribute applications and enforce device security policies. deployment in Device Protection.
Expands Zen Firewall Agent to .NET, Java, PHP, Ruby, Golang, and Node runtimes.
New Zen Firewall view to inspect why a specific IP is being blocked.
New IDE releases for VSCode, JetBrains, and Visual Studio with added IaCIaCInfrastructure as Code: the practice of defining and provisioning compute infrastructure through machine-readable config files rather than manual processes, giving cyber tools repeatable, version-controlled environment setup. scanning support in JetBrains.
New API endpoints: List Licenses, List Malware, and Get IDE/MCP usage statistics.
Aikido #49 adds threat model diagrams, Windows device protection, repo/container labels, and a wave of new API endpoints.
└──▷ HOW TO FIND IT
Filter your issue feed to only repositories tagged with a specific business unit or data-sensitivity label to prioritize remediation for PIIPIIPersonally Identifiable Information — data that can identify a specific individual, such as names, email addresses, or SSNs. Cyber tools flag or redact it to limit exposure and meet privacy regulations.-handling services.
📍In the Aikido console, go to Repositories (or Container Images) › select a repo › Labels › add a label (e.g. PII or business-unit:payments). Then in the Issues feed, use the Labels filter to scope results to that label.
Export an SBOMSBOMA software bill of materials, an inventory of the components and versions inside an application. It helps teams find affected software when a dependency has a vulnerability or licensing issue. for a specific device to inventory software components and feed downstream vulnerability management tools.
📍In the Aikido console, go to Endpoint › Devices › select a device › Export SBOM.
New threat model visualization: every AI pentest and code audit now ships an architecture diagram showing roles and trust boundaries.
Device Protection now supports Windows, including MDMMDMMobile device management, centrally configuring and managing enrolled devices. Administrators use it to apply settings, distribute applications and enforce device security policies. rollout for fleet-wide deployment.
New Labels feature lets you attach arbitrary metadata (business unit, PII, region, etc.) to repositories and container images and filter your issue feed by those labels.
Code Audit gains a Retest capability to re-evaluate issues after code changes.
Endpoint feature adds device SBOM export.
+7 moreshow less
Zen Firewall adds agents for .NET, PHP, Ruby, and Golang (in addition to existing Node support).
Package Proxy adds malware scanning for private registries.
New CIS KubernetesCIS KubernetesHardening benchmarks published by the Center for Internet Security for Kubernetes clusters, giving cyber tools a concrete, versioned checklist of configuration checks to run and report against. Benchmark report available.
MCPMCPModel Context Protocol, a standard for connecting AI applications to external tools and data sources. A compatible server exposes capabilities an assistant can use through a common interface. v1.0.8 adds a new search repositories tool.
Task Trackers now support specifying which repository tasks should be created for, across all task managers.
Task Trackers now support configuration of multiple task trackers simultaneously.
New API endpoints: List Zen Users; Add Exception; List Devices, Activity Logs, Exceptions, and Permission Groups for Device Protection; Export Single Repository Report; List Notes.
Aikido adds agentic dependency AutoFix, a registry proxy for malware blocking, and Ruby/Rust device protection.
└──▷ HOW TO FIND IT
Use Agentic Dependency AutoFix on a project with many interlocking dependencies to let Aikido automatically compute and apply a safe upgrade path.
📍In the Aikido console, open a dependency vulnerability finding and select AutoFix to trigger the agentic resolution workflow.
New Agentic Dependency AutoFix automatically resolves complex, interlocking dependency interactions on your behalf.
New Registry Proxy routes your private registry through Aikido to block malware and risky new packages and serve safe, patched versions before they reach your codebase.
Device Protection now covers Ruby (gems) and Rust (crates), blocking malware on install and adding them to your device SBOMSBOMA software bill of materials, an inventory of the components and versions inside an application. It helps teams find affected software when a dependency has a vulnerability or licensing issue..
Continuous Pentest adds Azure support for cloud environment scanning.
Continuous Pentest now supports selecting specific branches for On Schedule runs.
+8 moreshow less
Supports importing labels directly from GitHub.
MCPMCPModel Context Protocol, a standard for connecting AI applications to external tools and data sources. A compatible server exposes capabilities an assistant can use through a common interface. integration updated with a new auth flow plus workspace, branch, and team filters.
Code Audit enables adding additional custom instructions before an audit begins.
Zen Firewall adds new agents for .NET, Python, PHP, Golang, and Node.
New IDE plugin releases for JetBrains.
API now supports managing labels on repositories.
API now supports listing container runners.
AI Pentest adds a Letter of Attestation capability.
Aikido launches Code Audit: agentic pentest-grade source code reasoning that finds logic flaws without a live environment.
└──▷ HOW TO FIND IT
Launch a code audit on a connected repo directly from the Aikido console — no staging URL or pentest scope needed.
📍In the Aikido console, go to Code Audit, select the target codebase, review the credit cost shown upfront, and click Start Audit.
New Code Audit feature applies agentic, pentest-grade reasoning directly to source code to detect logic flaws — such as cross-tenant data leakage — that pattern-based scanners miss.
Supports codebases that are difficult to test via URL: mobile apps, smart contracts, desktop apps, embedded software, and libraries.
Integrates with Aikido's existing issue experience: findings include code-based evidence, root cause analysis, remediation guidance, and AI-powered AutoFix for opening remediation PRs.
Upfront credit-based pricing displayed before audit starts, with cost scaled to codebase size and complexity — no hidden setup costs.
Requires no staging environment, traffic replay, or agent deployment — connect a repo and start the audit immediately.
Aikido adds LLMLLMA large language model, a neural network trained on large amounts of text to recognize patterns and generate language. Applications use it for tasks such as answering, summarizing and writing code.-powered AutoTriage for secrets and CVEs to cut noise and automate prioritization decisions.
└──▷ HOW TO FIND IT
Review a Secrets AutoTriage outcome to confirm or override the agent's liveness and scope assessment for an ambiguous credential.
📍In the Aikido console, open a secrets finding › AutoTriage result to read the agent's explanation of the credential type, liveness, and risk level, then accept or override the decision.
New Secrets AutoTriage agent: assesses whether a detected secret is a real, exposed credential and evaluates its liveness and scope to determine actionable risk.
New CVE Exploitability Analysis agent: uses LLM reasoning against your actual codebase to determine whether a CVE is reachable and how urgently it must be addressed.
Automated remediation actions: the CVE agent can upgrade, downgrade, snooze, or ignore findings automatically based on configurable rules.
Audit log per run: every agent analysis is logged with a short rationale so teams can review decisions and override them.
Aikido launches Device Protection: real-time malware blocking, extension governance, and group-based policies for developer devices.
└──▷ HOW TO FIND IT
Review and action a developer's blocked-install exception request without leaving Aikido.
📍In the Aikido console, go to Device Protection › Inbox, locate the pending approval request, review the flagged package details, and approve or deny the exception.
New Device Protection agent provides real-time malware blocking across npm, PyPI, Maven, and NuGetNuGetMicrosoft's package manager for .NET, hosting a public registry of reusable libraries so tools can pull in dependencies without bundling or manually maintaining third-party code. package ecosystems powered by Aikido Intel.
Adds extension governance covering VS Code, OpenVSX, Chrome, and skills.sh extensions with policy-based controls.
New request-and-approval workflow pauses blocked installs and routes one-click exception requests to the admin Inbox inside Aikido.
Supports group-based policies allowing different installation rules to be set per team.
Continuous device inventory delivers an always-current view of every package and extension installed per developer device.
Adds --parallelism flag (default 10) to control concurrent scanning and deletion of regions and resource types under a single global concurrency cap.
Enables concurrent nuking of regional resources while preserving within-region dependency order; global resources (IAMIAMIdentity and Access Management — a framework of policies and services for controlling who can authenticate to systems and what resources they are authorized to use, letting cyber tools enforce least-privilege and audit access., Route53, CloudFront) are deleted last.
Breaking change for library consumers: aws.NukeAllResources and gcp.NukeAllResources now require an additional parallelism int parameter.
3 details in Everything
└──▷ BREAKING ON UPGRADE
!Library consumers: aws.NukeAllResources and gcp.NukeAllResources now take an additional parallelism int parameter.
Sysdig Secure is a cloud-native security platform that detects threats, manages vulnerabilities, ensures compliance, and secures containers, Kubernetes, and cloud environments at runtime.
Agentless Host Scanning now covers Windows, Fedora, and AWS Bottlerocket hosts via snapshot-based scanning.
Adds agentless snapshot-based host vulnerability scanning for Windows hosts.
Adds agentless snapshot-based host and container vulnerability scanning for Fedora hosts.
Adds agentless snapshot-based host and container vulnerability scanning for AWS Bottlerocket hosts.
Registry Scanner v0.12.0 adds OCIOCIOpen Container Initiative standard, maintained by the Linux Foundation, defining the image format and runtime spec that container tools share so images built once run anywhere OCI-compliant. image format and multi-architecture bundle scanning across all supported registries.
Supports scanning of OCI image manifests (application/vnd.oci.image.manifest.v1+json), covering single-platform images published in OCI format.
Supports OCI image indexes and Docker manifest lists (application/vnd.oci.image.index.v1+json and application/vnd.docker.distribution.manifest.list.v2+json), resolving multi-architecture images to a platform-specific manifest for scanning.
Recognizes image manifests that omit the optional mediaType field (e.g., those produced by buildah), which were previously skipped as unsupported.
Adds intelligent multi-architecture platform selection: prefers linux/amd64, then any linux/*, then the first scannable manifest; skips attestation manifests and unknown/unknown entries.
Publishes the Registry Scanner job image as a multi-architecture manifest (linux/amd64 and linux/arm64), enabling native support for ARMARMA family of RISC processor architectures designed by Arm Holdings and licensed to chip makers worldwide; tools target it to run natively on mobile, embedded, and increasingly server and desktop hardware.-based clusters.
Host Scanner adds Google COS/GKEGKEGoogle Kubernetes Engine, Google's managed Kubernetes service, which lets cyber tools run containerized workloads without managing the underlying cluster infrastructure. node vulnerability coverage and improved Ruby gem file-level attribution.
Supports Google Container-Optimized OS (COS): Host Scanner now identifies installed packages on COS hosts (e.g., GKE nodes), extending vulnerability scanning to those workloads.
Improves Ruby package detection: Host Scanner tracks source .rb files within installed gems, enabling more precise file-level vulnerability attribution.
Sysdig Secure refreshes the Threats UI with bulk actions and resource focus, and adds Azure Monitor Logs Ingestion API for Sentinel.
└──▷ HOW TO FIND IT
Switch your Sentinel forwarding integration to the new Azure Monitor Logs Ingestion API before Microsoft's HTTP Data Collector API reaches end of life.
📍In Sysdig Secure, go to Integrations › Forwarding, select your Microsoft Sentinel destination, and choose the Azure Monitor Logs Ingestion API authentication method, then save.
Adds bulk actioning on Threat aggregations, allowing review of multiple occurrences at once from a single pane.
Threats now scoped to a single resource, surfacing context-aware risk signals per asset.
New occurrence tabs let practitioners toggle between the latest and prior threat occurrences within the same view.
Supports the Azure Monitor Logs Ingestion API for Microsoft Sentinel SIEMSIEMSecurity information and event management, collecting logs from many systems and correlating events to find suspicious activity. Analysts use it to investigate alerts and incidents. integration, replacing the deprecated HTTP Data Collector API.
Sysdig Secure adds end-of-life visibility and policy enforcement for OS and Go runtime components in Vulnerability Management.
└──▷ HOW TO FIND IT
Enforce a pipeline gate that fails builds when any scanned component is end-of-life or within 90 days of EOL — configured via a Component Lifecycle rule in a Rule Bundle.
📍In the Sysdig Secure console, go to Policies › Rule Bundles, create or edit a bundle, add a new rule of type Component Lifecycle, and set the condition to fail when a component has reached its end-of-life date or is within 90 days of it. Attach the bundle to the relevant pipeline policy.
Consume lifecycle metadata from the CLI scanner JSON output in a CI pipeline to programmatically detect EOL components without a UI.
Adds end-of-life (EOL) visibility for operating systems and the Go runtime in Vulnerability Management, surfacing lifecycle status alongside vulnerability data in the Resource Details drawer, Components tab, Findings Details drawer, CVE Details drawer, and scan result side panels.
New Lifecycle column and filter in the Components tab lets practitioners quickly identify components no longer receiving vendor support.
CLI scanner JSON output and the scan results API now include lifecycle metadata, enabling pipeline and integration consumers to act on EOL status programmatically.
New Component Lifecycle rule type in Rule Bundles enables policy evaluations to fail when a component has reached its EOL date or is within 90 days of it.
Sysdig CLI Scanner v1.27.1 adds end-of-life support for Vulnerability Management.
Sysdig Secure adds Response Actions directly in the resource drawer for hosts, Kubernetes workloads, and AWS resources.
└──▷ HOW TO FIND IT
Contain an active incident on a Kubernetes workload without leaving the resource view — inspect the workload in the resource drawer, then trigger a Response Action inline.
📍In Sysdig Secure, navigate to the resource drawer for a Kubernetes workload › select the Response Actions tab › choose a compatible Kubernetes action and execute it.
Audit past containment decisions on an AWS resource by reviewing execution status and configuration history in one place.
📍In Sysdig Secure, open the resource drawer for an AWS resource › select the Response History tab › inspect each action's execution status, target information, and configuration.
Enables Response Actions (threat hunting, incident containment) directly from the resource drawer without navigating away from the resource view.
Supports host, container, and file Response Actions for hosts when Host Shield is configured.
Supports Kubernetes Response Actions for workloads when Cluster Shield is enabled.
Supports Cloud Response Actions for AWS resources when Cloud Response Actions are deployed.
Adds a Response History panel in the resource drawer to review past actions, execution status, target info, and configuration.
Sysdig CLI Scanner v1.27.0 adds Flashpoint KEVKEVCISA's Known Exploited Vulnerabilities catalog, a list of vulnerabilities with evidence of exploitation in real attacks. It helps teams prioritize fixes for problems attackers already use. tag and Flashpoint CVSSv3 Temporal score to vulnerability output.
Adds Flashpoint KEV (Known Exploited VulnerabilitiesKnown Exploited VulnerabilitiesCISA's Known Exploited Vulnerabilities catalog, a list of vulnerabilities with evidence of exploitation in real attacks. It helps teams prioritize fixes for problems attackers already use.) tag to CLI Scanner vulnerability output for faster exploit-aware triage.
Adds Flashpoint CVSSv3 Temporal score to CLI Scanner vulnerability output, surfacing real-world exploitability context alongside base scores.
Sysdig Secure adds Response History page for auditing all Response Actions across events, automations, and APIs.
└──▷ HOW TO FIND IT
Review and roll back a containment action that was triggered incorrectly by an automation rule.
📍In Sysdig Secure, go to Response History, locate the containment action by timestamp or actor, review the collected artifacts, and select Revert to undo the action.
New Response History page centralizes all Response Actions taken manually, via Automations, or through APIs — showing what was done, where, when, and by whom.
Enables retrieval of collected artifacts and reversal of containment actions performed in error from a single audit view.
Restrict which host directories sandboxes may bind-mount to prevent arbitrary host path exposure in a multi-tenant cluster.
yaml
# cubemaster config (yaml)
host_mount:
allowed_prefixes:
- /data/shared/
- /data/project-a/
# '/' is explicitly forbidden and will be rejected at admission
Scale CubeProxy horizontally with CLM coordinating auto-pause across replicas, configured via Terraform.
Introduces cube-lifecycle-manager (CLM), a standalone control-plane service extracted from the CubeProxy sidecar, enabling CubeProxy to scale horizontally with Redis-based replica discovery and coordinated auto-pause/resume.
Adds three-value timeout semantics: omitted inherits cluster default, NEVER_TIMEOUT (-1) disables idle reclaim, 0 triggers immediate reclaim, and N>0 sets an idle TTLTTLTime to live, a limit on how long data remains valid or how far a packet can travel. Caches use a time limit; IP packets use a hop limit. in seconds — with server-side defaults in CubeMaster.
Adds set_timeout() / SetTimeout() to Python and Go SDKs (including NEVER_TIMEOUT sentinel) and exposes timeout on sandbox create in the Web UI.
Adds host-mount path allowlisting: bind-mounts are restricted to configurable prefixes (default /data/shared/) with filepath.Clean traversal neutralization; / is explicitly forbidden.
Adds Node.js / TypeScript SDK preview (@cubesandbox/sdk) aligned with the Python and Go surface.
+7 moreshow less
Supports CubeEgress credential injection against plain HTTP upstreams (not only TLS).
Adds minimum TTL clamping (≥300s) for DNS-learned egress allow entries to prevent reconnect denials on short DNS TTLs.
Skips egress policy re-evaluation for established TCPTCPA network protocol that delivers a reliable, ordered stream of bytes between two endpoints. It detects lost data and retransmits it. sessions in CubeVS, preventing DNS expiry from breaking live connections.
Publishes pre-built multi-arch CubeProxy images to TCR with MIRROR=cn|int selection and airgap local-cache fallback, eliminating on-host builds.
Decouples RPCRPCRemote Procedure Call, a protocol that lets a program execute a function on another machine as if it were local, giving cyber tools a structured way to communicate across processes or hosts without managing raw sockets. scheduling deadline (create_timeout_insec, default 300s) from sandbox idle TTL in CubeMaster.
Adds TencentCloud Terraform support for multi-replica CubeProxy (TENCENTCLOUD_CUBE_PROXY_REPLICAS) with CLM replica count, discovery refresh interval, and admin token configuration.
Adds optional dnsmasq fallback in one-click installer for environments where systemd-resolved and NetworkManager's dnsmasq plugin are absent, restoring cube.app resolution.
12 details in Everything
└──▷ BREAKING ON UPGRADE
!Host-mount paths are now restricted to configurable prefixes (default /data/shared/); previously any absolute path was accepted, so existing sandboxes using host bind-mounts outside the allowed prefix will be rejected.
!Go and Python SDK CreateOptions.Timeout (and equivalent fields) are now optional pointers; code that relied on the SDK injecting a hard-coded default timeout will no longer receive that default — the cluster default_timeout_insec is used instead, or never-timeout if unset.
!The cube-proxy-sidecar in-image AutoPause coordinator has been extracted into a standalone cube-lifecycle-manager service; deployments that relied on the sidecar for AutoPause coordination must now deploy the separate CLM service.
!CubeEgress transparent-proxy listen address is no longer hard-coded to 192.168.0.1; it is now derived from CUBE_SANDBOX_NETWORK_CIDR, so deployments using custom sandbox network CIDRs will get a different TPROXY/OpenResty listen address.
!Go SDK envd RPCs (commands, files, filesystem, PTY) now route to port 49983 instead of port 49999; integrations that hard-coded port 49999 for these operations will break.
Sandbox any AI agent in seconds - zero setup, zero latency.
nono v0.67.0 adds a standalone proxy command, AWS SigV4SigV4AWS's request-signing protocol that authenticates HTTP calls by hashing the request body, headers, and credentials into a signature; cyber tools use it to talk to AWS APIs without embedding long-lived secrets. MitM auth, declarative OAuth capture, resource limiting, exec intercept, and richer sandbox token expansion.
└──▷ GET THIS VERSION
$ git clone --branch v0.67.0 https://github.com/nolabs-ai/nono.git
# already have the repo? check out this version:$ git checkout v0.67.0
└──▷ TRY IT
Run the credential/filtering proxy on a fixed port with a specific domain allowlist — useful when an agent or CI job needs a pre-started proxy to route through.
Start a loopback proxy with no token auth for local development or testing pipelines that don't require authentication.
$ nono proxy --port 8080 --no-auth
Adds nono proxy standalone command to run the network-filtering and credential-injection proxy as an independent server, with options for fixed port, no-auth mode, and domain allowlisting.
Implements AWS SigV4 authentication for the MitM proxy, enabling signed AWS API request interception and credential injection.
Adds declarative sandboxed OAuth capture, allowing profiles to define OAuth flows without manual credential handling.
Introduces resource limiting support in sandbox profiles.
Adds exec intercept action for tool-sandbox command policies, enabling a helper binary to replace a matched command's real binary inside the existing sandbox.
+5 moreshow less
Supports per-intercept sandbox overrides and per-command unsafe_macos_seatbelt_rules escape hatch in tool-sandbox policies.
Supports CLI profile extends inheritance, letting a local profile compose on top of a registry base profile.
Expands $VAR tokens from the process environment in profile filesystem paths and capture commands.
Expands @git:* dynamic tokens in top-level filesystem paths, including new git worktree tokens.
Enables NVIDIA GPUGPUA graphics processing unit, a processor that performs many calculations in parallel. AI workloads use GPUs to speed up model training and inference. 570+ thread naming in sandbox mediation.
10 details in Everything
4 more releases in this issue
· 2026-06-15 → 2026-07-06
nono v0.66.0 adds HTTP/2 proxy support, a @git:common-dir dynamic token, and a simplified self-invocation policy for tool sandboxes.
└──▷ GET THIS VERSION
$ git clone --branch v0.66.0 https://github.com/nolabs-ai/nono.git
# already have the repo? check out this version:$ git checkout v0.66.0
└──▷ TRY IT
Enable HTTP/2 multiplexing when running an agent that makes many concurrent requests through the credential proxy (e.g., Maven/Gradle artifact downloads) to improve throughput.
$ nono run --profile always-further/opencode --allow-http2-- opencode
Adds --allow-http2 flag to enable HTTP/2 multiplexing (via ALPN) for reverse proxy and credential injection upstream connections.
Adds @git:common-dir dynamic token for tool-sandbox profiles, allowing policies to reference the Git common directory at runtime.
Simplifies self-invocation policy for sandboxed tools, reducing boilerplate needed when a tool is permitted to call itself.
nono v0.65.0 introduces tool sandboxingsandboxingRunning code inside a restricted environment that limits what it can access or change. The isolation reduces the impact of mistakes or untrusted code, depending on the sandbox's controls., giving delegated tools their own isolated child sandboxes with separate filesystem, network, and credential policies.
└──▷ GET THIS VERSION
$ git clone --branch v0.65.0 https://github.com/nolabs-ai/nono.git
# already have the repo? check out this version:$ git checkout v0.65.0
└──▷ TRY IT
Restrict gh so the agent can only list and view issues — not comment — and inject a credential-proxied GitHub token scoped to those API paths only.
$ nono run --profile opencode -- opencode
Diagnose why the tool sandbox blocked a gh issue comment invocation — useful when tuning command_policies argv allow-lists.
Adds tool sandbox (ETI): delegated tools such as git, gh, and curl now run in isolated child sandboxes with their own fs_read/fs_write, network rules, credential grants, and argv invocation policies — independent of the agent's session sandbox.
Enables per-tool credential proxy injection via command_policies.credentials, letting profiles expose a proxied token to a specific tool (e.g. gh) while enforcing L7 endpoint and HTTP-method allow-lists on that token.
Extends nono why to diagnose tool-sandbox argv policy denials via --command <cmd> -- <args…>, in addition to its existing filesystem and network queries.
3 details in Everything
└──▷ BREAKING ON UPGRADE
!Custom credentials now require explicit activation; previously working custom credential configurations will no longer function without being explicitly activated.
nono v0.64.0 adds AWS auth config, structured diagnostics JSON output, CI environment detection, and macOS blocked-grants visibility.
└──▷ GET THIS VERSION
$ git clone --branch v0.64.0 https://github.com/nolabs-ai/nono.git
# already have the repo? check out this version:$ git checkout v0.64.0
└──▷ TRY IT
Capture machine-readable session diagnostics after a run to feed into a SIEMSIEMSecurity information and event management, collecting logs from many systems and correlating events to find suspicious activity. Analysts use it to investigate alerts and incidents. or audit pipeline.
$ nono run --profile always-further/opencode --diagnostics-json-- opencode 2>session-diagnostics.json
New --diagnostics-json flag on nono run emits structured session diagnostics as JSON on stderr, including proxy diagnostics when present.
Update-check now detects CI environments, suppressing spurious upgrade prompts in automated pipelines.
Capability summary now surfaces blocked macOS grants, giving practitioners a clearer view of what the sandbox is denying on macOS.
Exposes structured diagnostics for library and FFI clients, enabling programmatic access to session diagnostic data from Rust, Python, TypeScript, and Go bindings.
nono v0.63.0 adds static env injection, keyring timeout control, $PACK_DIR in session hooks, and XDGXDGA set of specifications maintained by freedesktop.org that standardise where Linux applications store config, data, and cache files, letting tools respect user-defined paths instead of hardcoding locations. state dir support.
└──▷ GET THIS VERSION
$ git clone --branch v0.63.0 https://github.com/nolabs-ai/nono.git
# already have the repo? check out this version:$ git checkout v0.63.0
└──▷ TRY IT
Inject a fixed environment variable into every sandboxed session — useful for pinning model names or feature flags without leaking them through the host environment.
$ nono run --profile always-further/opencode -- opencode
Prevent indefinite hangs when the system keyring is locked or unavailable — useful in headless CI environments where keychain prompts never appear.
$ NONO_KEYRING_TIMEOUT_SECS=5 nono run --profile always-further/opencode -- opencode
Adds set_vars profile field for static environment variable injection into sandboxed sessions — set fixed env values without exposing them through the agent's environment.
Adds NONO_KEYRING_TIMEOUT_SECS environment variable to control how long nono waits for keychain/keyring access before timing out.
Adds $PACK_DIR expansion support in session_hooks, enabling hooks to reference the store pack directory for pack-aware scripts.
Moves CLI runtime state to XDG state directories, aligning with the XDG Base Directory specification for cleaner system integration.
4 details in Everything
└──▷ BREAKING ON UPGRADE
!Runtime state is moved to XDG state directories (feat(cli): move runtime state to XDG state dirs), which may break setups that reference the previous runtime state paths.
OpenShell is the safe, private runtime for autonomous AI agents.
OpenShell v0.0.76 adds SELinuxSELinuxA mandatory access control system built into the Linux kernel, maintained by the NSA and Red Hat, that enforces fine-grained policies restricting what processes can access, even if they run as root. bind-mount labels and numeric UID support in sandbox policies.
└──▷ GET THIS VERSION
$ git clone --branch v0.0.76 https://github.com/NVIDIA/OpenShell.git
# already have the repo? check out this version:$ git checkout v0.0.76
Adds SELinux label support for bind mounts in Docker and Podman container runtimes.
Enables numeric UIDs (in addition to named users) when specifying sandbox process identity in policies.
2 details in Everything
3 more releases in this issue
· 2026-06-29 → 2026-07-03
OpenShell v0.0.72 adds AWS SigV4SigV4AWS's request-signing protocol that authenticates HTTP calls by hashing the request body, headers, and credentials into a signature; cyber tools use it to talk to AWS APIs without embedding long-lived secrets. proxy signing, JSON-RPCRPCRemote Procedure Call, a protocol that lets a program execute a function on another machine as if it were local, giving cyber tools a structured way to communicate across processes or hosts without managing raw sockets./MCPMCPModel Context Protocol, a standard for connecting AI applications to external tools and data sources. A compatible server exposes capabilities an assistant can use through a common interface. policy enforcement, and Kubernetes agent-sandbox v1beta1 support.
└──▷ GET THIS VERSION
$ git clone --branch v0.0.72 https://github.com/NVIDIA/OpenShell.git
# already have the repo? check out this version:$ git checkout v0.0.72
Adds proxy-side AWS SigV4 credential signing for CONNECT tunnels in sandbox environments.
Adds L7 policy enforcement for JSON-RPC and MCP traffic.
Gatekeeper v3.23.0 adds structured log fields, remote cluster status routing, and operation-scoped mutation rules.
└──▷ GET THIS VERSION
$ git clone --branch v3.23.0 https://github.com/open-policy-agent/gatekeeper.git
# already have the repo? check out this version:$ git checkout v3.23.0
└──▷ USE IT
Scope a mutation to fire only on CREATE and UPDATE operations, preventing it from running on DELETE — useful when a mutator sets defaults that are irrelevant during deletion.
Adds structured field markers to semantic log lines for easier machine-parseable log filtering and SIEMSIEMSecurity information and event management, collecting logs from many systems and correlating events to find suspicious activity. Analysts use it to investigate alerts and incidents. ingestion.
Implements status resource routing for remote cluster mode, enabling multi-cluster Gatekeeper deployments to correctly surface constraint status from remote clusters.
Adds operations field to mutation ApplyTo spec, allowing mutations to be scoped to specific admission operations (e.g., CREATE, UPDATE, DELETE).
Inspektor Gadget is a set of tools and framework for data collection and system inspection on Kubernetes clusters and Linux hosts using eBPF
Inspektor Gadget v0.54.0 adds Cilium NetworkPolicyNetworkPolicyA Kubernetes API object that defines which pods may send or receive traffic, enforced by the cluster's CNI plugin to give cyber tools namespace-level network segmentation without host firewall rules. generation, Helm resource limits, and improved exec arg capture.
└──▷ GET THIS VERSION
$ git clone --branch v0.54.0 https://github.com/inspektor-gadget/inspektor-gadget.git
# already have the repo? check out this version:$ git checkout v0.54.0
└──▷ TRY IT
Generate a Cilium-native NetworkPolicy by observing live traffic, ready to apply directly to a Cilium-managed cluster.
$ kubectl gadget run advise_networkpolicy:latest --policy-format cilium
Constrain Inspektor Gadget DaemonSet resource usage at deploy time to satisfy admission policies or resource quotas.
Adds --policy-format cilium option to advise_networkpolicy, enabling generation of Cilium NetworkPolicy resources in addition to the existing Kubernetes NetworkPolicy output.
Enables CPUCPUThe main general-purpose processor in a computer. It runs application instructions and coordinates work with memory and other hardware. and memory requests and limits for the Inspektor Gadget DaemonSet via the Helm chart resources field, so deployments fit within cluster resource quotas.
Improves trace_exec to read process arguments from the new process address space, capturing more accurate argv data for executed processes.
Adds support for profile names in OpenTelemetryOpenTelemetryAn open standard and set of tools for collecting traces, metrics and logs from applications. It lets services export observability data without tying instrumentation to one monitoring vendor. profiles (otel-profiles).
Introduces a user-provided BTFBTFBPF Type Format, a metadata format in the Linux kernel that embeds type and debug information directly into eBPF programs, letting cyber tools inspect kernel structures safely without kernel headers at runtime. cache in the eBPFeBPFA Linux technology for running verified programs inside the kernel without changing its source. Tools use it to observe processes, enforce rules and process network traffic. subsystem (ebpf v0.22.0 upgrade), reducing repeated BTF processing overhead at scale.
5 details in Everything
└──▷ BREAKING ON UPGRADE
!SBOMsSBOMsA software bill of materials, an inventory of the components and versions inside an application. It helps teams find affected software when a dependency has a vulnerability or licensing issue. are removed from the image index and signed separately, which may break workflows that retrieve SBOMs directly from the image index.
Hunters Pathfinder AI is an AI-powered security assistant that helps analysts investigate, triage, and respond to threats within the Hunters SOC platform.
Hunters adds unified anomalous login detector, Windows password-change enrichment/scoring, and four new AXON threat hunt reports.
└──▷ HOW TO FIND IT
Review AXON proactive threat hunt findings for your environment after a new report campaign is published.
📍In the Hunters platform, navigate to Axon Reports to view findings for the Multi-Layer Encoded Command Execution, Azure SPN Anomalous User Agent, Suspicious User-Agent in Non-Interactive/SPN Sign-In, and Publicly Accessible Storage Resources campaigns.
New detector: Context Unified Anomalous Login detects successful anomalous logins across identity providersidentity providersA service that authenticates users and supplies identity information to other applications. It is the sign-in authority behind many single sign-on systems., SaaSSaaSSoftware delivered over the internet and run on the provider's infrastructure, so the buyer pays a subscription instead of installing or operating anything locally. apps, cloud platforms, VPNsVPNsA virtual private network, an encrypted tunnel between devices or networks. It carries traffic across another network as though the endpoints had a private connection., and other integrated login sources using per-user behavioral baselines spanning geolocation, IP, and user-agent signals.
New detector: Suspicious User-Agent Observed in Azure Non-Interactive/SPN Sign In Activity flags authentication activity from offensive tooling (Kali Linux, Parrot Linux, Scout Suite, TruffleHog, and others) in SPN and non-interactive sign-in flows.
New enrichment: Windows Recent Password Change queries Windows Security Event Logs (Event ID 4723 and 4724) to surface last password change time, initiating user, and source computer as lead context.
New scoring layer: Windows Recent Password Change Model applies a configurable confidence modifier to leads based on recency of password reset, reducing noise from post-reset behavior and boosting confidence in potential account-takeover scenarios.
New AXON Threat Hunt Report: Multi-Layer Encoded Command Execution — hunts for nested Base64 encoding/decoding chains in process creation events across Windows, Linux, and macOS as indicators of payload obfuscation.
+4 moreshow less
New AXON Threat Hunt Report: Azure Service Principal Sign-In via Anomalous User Agent — baselines each SPN's User Agent over 45 days and suppresses false positives by correlating against Azure Audit logs for app registration changes within 24 hours.
New AXON Threat Hunt Report: Suspicious User-Agent in Azure Non-Interactive/SPN Sign-In Activity — extends prior interactive-login coverage to SPN and non-interactive sign-ins targeting high-privilege, MFAMFAMulti-factor authentication, requiring proof from different categories, such as a password and a hardware key, to sign in. It reduces reliance on a password alone.-exempt identities.
New AXON Threat Hunt Report: Publicly Accessible Storage Resources — external exposure assessment discovers and validates publicly reachable AWS S3, Azure Blob Storage, and Google Cloud Storage resources using customer domains and org identifiers.
Breaking change: Twelve legacy anomalous-login detectors (including CloudTrailCloudTrailAWS service that records API calls and account activity across an AWS environment, giving cyber tools an audit log to detect anomalous or malicious actions., Azure, Office 365, Okta, Duo, AWS, and G Suite variants) will be deprecated on July 6, 2026, replaced by the new Context Unified Anomalous Login detector.
Microsoft Sentinel is a cloud-native SIEM and SOAR solution that collects, detects, investigates, and responds to security threats across an enterprise.
Sentinel adds data federation, AI playbook GA, custom detection-as-code, UEBA GCP anomalies, and graph-based MCPMCPModel Context Protocol, a standard for connecting AI applications to external tools and data sources. A compatible server exposes capabilities an assistant can use through a common interface. exploration.
└──▷ TRY IT
Deploy custom detection rules directly from your CI/CD pipeline as code, keeping rules version-controlled alongside other security artifacts.
$ # After authoring your rule in BICEP, deploy it directly via CLI:
az deployment group create \
--resource-group <your-rg> \
--template-file customDetectionRule.bicep \
--parameters workspaceName=<sentinel-workspace>
Access the new consolidated UEBA settings (including Okta V2 and GCP anomaly configuration) from the updated settings page.
📍In the Microsoft Sentinel portal, go to Settings › Microsoft Sentinel settings › UEBA tab to configure data sources, enable GCP Audit Logs anomaly detections, and manage Okta V2 connector settings.
Adds custom detection rules as code support in Sentinel Repositories (Preview): manage and sync custom detection rules via GitHub or Azure DevOps using the Microsoft Security BICEP extension or BICEP CLI.
Enables linking behavior-based query results from the BehaviorInfo table to new or existing incidents in advanced hunting (Preview), enriching incident context with UEBA data and auto-populating alert metadata and entities.
Introduces a graph tool collection in the Microsoft Sentinel MCP server (Preview) for visual, graph-based exploration of relationships across identities, devices, threats, and signals to assess coverage, dependencies, and configuration gaps.
AI-powered SOARSOARSecurity orchestration, automation and response, coordinating incident workflows across tools. Playbooks can gather evidence, assign work or carry out approved response actions. playbook generator is now generally available (GA), creating Python-based automation workflows through a conversational experience with Cline, an AI coding agent.
Adds a consolidated UEBA settings experience with a new UEBA tab in the Microsoft Sentinel settings page.
+5 moreshow less
Extends UEBA Okta anomaly detections (Anomalous Activity and Anomalous MFAMFAMulti-factor authentication, requiring proof from different categories, such as a password and a hardware key, to sign in. It reduces reliance on a password alone. Failures) to support the OktaV2_CL table alongside the existing Okta_CL table.
Adds five new UEBA GCP Audit Logs anomaly detections covering unusual login behavior, privileged actions, resource deployments, secret/KMSKMSA managed service that creates, stores, rotates and controls access to encryption keys, usually backed by HSMs. Applications ask it to encrypt or decrypt rather than holding keys themselves. key access, and infrastructure usage patterns.
Breaking change: Account Name entity in analytics rule alerts will now always be the UPN prefix only (e.g., user instead of user@domain.com), with new UPN-related fields (UserPrincipalName, UPNSuffix) added to the SecurityAlert table — automation rules and Logic Apps that compare AccountName against full UPNs must be updated before July 1, 2026.
Introduces Microsoft Sentinel data federation (Preview) powered by Microsoft Fabric, enabling analysis of security data in place from Microsoft Fabric, Azure Data Lake Storage, and Azure Databricks without copying it, using KQLKQLKusto Query Language, Microsoft's read-only query language for Azure Data Explorer and Microsoft Sentinel, used by cyber tools to filter, aggregate, and correlate large volumes of log and telemetry data quickly., notebooks, and custom graphs.
Adds native data filtering and splitting in the Microsoft Defender portal (Preview) to reduce noise before ingestion, control costs, and route data between analytics and data lake tiers.
10 details in Everything
└──▷ BREAKING ON UPGRADE
!Automation rules and Logic Apps playbooks that compare or filter on the AccountName property (or AccountName in Logic Apps) using the full UPN (e.g., user@domain.com) will break after July 1, 2026: Account Name will always be set to the UPN prefix only (e.g., user) when a full UPN is mapped to Account Name in analytics rule alerts, whereas previously it could be either the full UPN or the prefix.
Sumo Logic is a cloud-native platform that collects, analyzes, and visualizes machine data and logs for security monitoring, observability, and operational intelligence.
Sumo Logic dashboard PDF/PNG exports gain theme selection, up-to-6000px resolution, and per-panel time range support.
└──▷ HOW TO FIND IT
Generate a high-resolution dark-themed dashboard export for a SOCSOCA security operations center, the team or function that monitors threats, investigates alerts and coordinates incident response. Its work can be internal, outsourced or shared. display wall or executive report.
📍In the dashboard, go to Export › Export as PDF (or PNG), select Dark theme, set resolution to 6000 pixels, then click Export.
Adds Light or Dark theme selection when exporting dashboards to PDF or PNG and in scheduled reports.
Supports configurable export resolution from 1,500 to 6,000 pixels for sharper output on large displays.
Enables per-panel time range in PDF/PNG exports — panels with overridden time ranges now use their own range instead of the dashboard-level range.
3 details in Everything
11 more releases in this issue
· 2026-06-15 → 2026-07-10
Sumo Logic monitor email notifications can now embed the triggering search query and result set inline.
└──▷ USE IT
Attach the triggering query and matching results to a monitor's email notification so on-call responders have full context without logging into Sumo Logic.
Adds includeQuery and includeResultSet flags to monitor email notifications, embeddingembeddingLists of numbers a model produces to represent the meaning of text, images or code, so similar items sit close together. They power semantic search and RAG. the search query and results directly in alert emails.
Sumo Logic adds Notification Settings Standards policy to control timestamp format (Legacy or ISOISOA widely adopted international standards body that publishes technical specifications; cyber tools cite ISO standards to signal compliance with recognized benchmarks for quality, security, or interoperability.) in alert payloads.
└──▷ HOW TO FIND IT
Switch alert notification timestamps to ISO 8601 format for easier parsing in downstream SIEMSIEMSecurity information and event management, collecting logs from many systems and correlating events to find suspicious activity. Analysts use it to investigate alerts and incidents. or automation pipelines.
📍In the Sumo Logic console, go to Administration › Policies › Notification Settings Standards and select ISO as the date/time format for alert and recovery notification payloads.
New Notification Settings Standards policy lets org admins choose between Legacy and ISO date/time formats for alert and recovery notification payloads.
Sumo Logic Dashboards now lets you copy any panel to another dashboard without rebuilding the query.
└──▷ HOW TO FIND IT
Reuse a tuned threat-hunting panel across multiple team dashboards without manually recreating the underlying query.
📍In the Dashboards console, open the source panel menu and select Copy to Dashboard, then choose an existing dashboard or create a new one as the destination.
New Copy to Dashboard action enables copying an existing dashboard panel to another dashboard or a new dashboard, preserving the original query.
Sumo Logic's Go To search bar now surfaces Library content, Monitors, and SLOs alongside navigation pages.
└──▷ HOW TO FIND IT
Jump directly to a monitor or SLOSLOA Service Level Objective is a target threshold for a system's reliability or performance, such as 99.9% uptime or sub-200ms latency, giving cyber tools a measurable contract to enforce or report against. by name without leaving your current view — use the Go To bar as a universal finder across Library items, Monitors, and SLOs.
📍In the console, press the Go To search bar (top of the UI), type the name of a dashboard, monitor, or SLO, and select the matching result from the dropdown.
Enables Go To search bar to find dashboards, searches, and folders saved in the Library.
Adds Monitor discovery by name directly from the Go To search bar.
Adds SLO lookup from the Go To search bar without navigating to the SLO page.
Introduces no-match behavior: returns 0 results instead of unrelated suggestions when nothing meets the relevance threshold.
Sumo Logic Next-Gen apps now support email notifications for future app upgrades, with self-service subscribe/unsubscribe.
└──▷ HOW TO FIND IT
Subscribe to upgrade notifications when installing a Next-Gen app so your team is alerted to new versions automatically.
📍In the Sumo Logic App Catalog, install a Next-Gen app and opt in to email notifications during the installation flow. To unsubscribe later, navigate to the installed app in the App Catalog and select the unsubscribe option.
Adds opt-in email notifications for Next-Gen app upgrades, including app name, new version, release notes, and a direct App Catalog link.
Enables users with the Manage Apps capability to subscribe or unsubscribe from upgrade notifications for apps installed by others.
Automatically removes upgrade notifications when a Next-Gen app is uninstalled.
New Sumo Logic users and orgs now onboard directly into the New UI by default.
└──▷ HOW TO FIND IT
New users who prefer the previous layout can revert immediately after signing up.
📍In the New UI, open the left navigation menu and select Switch to classic UI.
New UI is now the default onboarding experience for all new Sumo Logic users and organizations; Classic UI remains accessible via Switch to classic UI in the left navigation menu.
Sumo Logic adds Amazon Overview app, Next-Gen app migrations, and hashing support in 14 updated Source Templates.
New Amazon Overview app delivers unified visibility into AWS service activity, performance, and health metrics across your cloud environment.
Adds new dashboards, monitor alerts, and an IDPIDPA service that authenticates users and supplies identity information to other applications. It is the sign-in authority behind many single sign-on systems. category to Active DirectoryActive DirectoryMicrosoft's directory service for Windows networks that centralises authentication and authorisation; cyber tools target or integrate with it because it controls identity and access across most enterprise environments. 2012+ (OpenTelemetryOpenTelemetryAn open standard and set of tools for collecting traces, metrics and logs from applications. It lets services export observability data without tying instrumentation to one monitoring vendor.), Active Directory 2012+ (JSON), Auth0, Azure Active Directory, JumpCloud Directory Insights, and OneLogin apps.
Adds a custom_gpt selection variable to the ChatGPT Compliance app dashboard for easier filtering, alongside updated queries aligned to the latest log format.
Introduces hashing support for fields in filelog receiver-based Source Templates, enabling sensitive field obfuscation at collection time.
Adds field table validation to filelog receiver-based Source Templates to catch misconfigurations before data is collected.
+2 moreshow less
Migrates 13 Classic Apps (Amazon DynamoDB, ECSECSElastic Common Schema, an open specification maintained by Elastic that defines a standard field naming convention for log and event data, letting cyber tools share and correlate records without per-source field mapping., ElastiCache, RDS, SNSSNSAmazon Simple Notification Service, a managed pub/sub messaging service from AWS that lets tools fan out alerts or events to multiple subscribers — queues, email, HTTP endpoints, or Lambda functions — without managing broker infrastructure., SQS, AWS ALBALBAWS Application Load Balancer, a managed Layer 7 load balancer from Amazon that routes HTTP/HTTPS traffic by host, path, or header, giving tools flexible ingress control without managing their own proxy., API Gateway, Classic Load Balancer, EC2EC2Amazon's cloud virtual-machine service, letting tools run on-demand servers without managing physical hardware. CW Metrics, EC2 Host Metrics, Lambda, Network Load Balancer) to the Next-Gen Apps framework.
VMware Tanzu Integration v1.0.9 adds compatibility with VMware Tanzu Application Service 10.4.0 Small Footprint Elastic Application Runtime and updates deprecated HttpStart/HttpStop event types.
7 details in Everything
└──▷ BREAKING ON UPGRADE
!The deprecated batch processor has been removed from the OpenTelemetry configuration for Active Directory 2012+ - OpenTelemetry; the updated configuration requires Sumo Logic OpenTelemetry Agent version 0.153 or later.
!The deprecated batch processor configurations have been removed from 14 Source Templates; setups using those configurations must be updated to ensure compatibility with current collector versions.
Sumo Logic unifies Threat Intelligence source configuration and indicator uploads into a single Data Management hub.
└──▷ HOW TO FIND IT
Onboard a new threat intel source and review its indicator count from the unified console — no page-switching required.
📍In the console, go to Data Management › Threat Intelligence, click Add Source, select your threat intelligence source, choose a collector, and complete the configuration wizard.
Push a custom set of indicators (e.g., IOCsIOCsAn indicator of compromise, an observable clue that may point to malicious activity, such as a suspicious file hash or domain. It is evidence to investigate, rather than proof by itself. from an incident) directly into Threat Intelligence without a formal source integration.
📍In the console, go to Data Management › Threat Intelligence, then use the manual upload indicators option to import your indicator file.
Centralizes Threat Intelligence management under Data Management > Threat Intelligence, replacing fragmented multi-page navigation.
New Add Source flow lets analysts select a threat intel source, choose a collector, and complete configuration in one guided workflow.
New manual indicator upload option allows practitioners to add indicators directly without a separate source integration.
Updated Sources listing page surfaces Status, Source Name, Description, Storage Consumed, and Number of Indicators at a glance.
MSSPMSSPA Managed Security Service Provider: a third-party company that operates cyber tooling and monitoring on behalf of clients, letting organizations outsource detection, response, and compliance functions. admins can now opt child orgs in/out of Sumo Logic features directly from the Organizations UI.
└──▷ HOW TO FIND IT
Enable or disable a specific Sumo Logic feature for an individual child organization without contacting support.
📍In the Sumo Logic console, go to Administration › Organizations, select a child organization, then use the Manage Features option to toggle individual features on or off.
Sumo Logic launches a new service region in AWS European Sovereign Cloud for strict EU data residency and compliance.
New Sumo Logic deployment region in AWS European Sovereign Cloud supports EU data residency, sovereignty controls, and compliance requirements.
Enables organizations operating under strict European regulatory frameworks to run log analytics, security monitoring, and observability workloads with reduced latency.
Google SecOps is a cloud-based security operations platform that helps organizations detect, investigate, and respond to cybersecurity threats using advanced analytics and intelligence.
Google SecOps introduces Security Tokens for metering agentic SOCSOCA security operations center, the team or function that monitors threats, investigates alerts and coordinates incident response. Its work can be internal, outsourced or shared. consumption across GA agents.
Adds Security Tokens as a new metering unit for tracking and billing consumption by generally available security agents.
Supports agent invocation via web interface, CLI, chat, and Model Context ProtocolModel Context ProtocolModel Context Protocol, a standard for connecting AI applications to external tools and data sources. A compatible server exposes capabilities an assistant can use through a common interface. (MCPMCPModel Context Protocol, a standard for connecting AI applications to external tools and data sources. A compatible server exposes capabilities an assistant can use through a common interface.) — all metered through Security Tokens.
Excludes assistive features (standard chat panels, automated summaries) and preview agents from Security Token consumption.
3 details in Everything
5 more releases in this issue
· 2026-06-16 → 2026-07-01
Google SecOps raises event rule limits and launches unified rules interface in public preview.
└──▷ HOW TO FIND IT
Access the new unified rules interface to manage both custom and curated detection rules from a single dashboard.
📍In the Google SecOps console, navigate to Detection › Rules. The unified rules interface loads by default in public preview. To revert, click Switch to the legacy experience at the top right of the screen.
Increases multiple event rule limits to 200 for Enterprise customers and 400 for Enterprise+ customers.
Introduces unified rules interface (public preview) combining custom and curated rule management into a single workflow with a redesigned dashboard, advanced rule editor, and expanded API capabilities.
Google SecOps adds 15 new log types including MCPMCPModel Context Protocol, a standard for connecting AI applications to external tools and data sources. A compatible server exposes capabilities an assistant can use through a common interface., OT, and AI platform sources, plus updates 130+ default parsers.
└──▷ HOW TO FIND IT
Enable ingestion of Model Context ProtocolModel Context ProtocolModel Context Protocol, a standard for connecting AI applications to external tools and data sources. A compatible server exposes capabilities an assistant can use through a common interface. logs to detect and investigate AI agent activity (dev, modify, and view actions) in your environment.
📍In the Google SecOps console, go to Settings › Log Ingestion, search for log types MCPDEV, MCPMODIFY, or MCPVIEW, and configure the appropriate feed for your MCP deployment.
Onboard NetApp Ransomware Resilience telemetry to correlate storage-layer ransomware signals with endpoint and network detections.
📍In the Google SecOps console, go to Settings › Log Ingestion, search for NETAPP_RANSOMWARE_RESILIENCE, and configure a feed pointing to your NetApp data source.
Ingest Reco AI CSPMCSPMCloud security posture management, checking cloud resources for risky settings and policy violations. It helps teams find exposed services, overly broad permissions and other configuration gaps. findings to surface cloud security posture issues alongside other SecOps detections.
📍In the Google SecOps console, go to Settings › Log Ingestion, search for RECO_CSPM, and configure the feed with your Reco AI credentials and endpoint.
Adds new log type CISCO_SECURE_ACCESS_ENROLLMENT for Cisco Secure Access Enrollment ingestion.
Adds new log type CISCO_SECURE_ACCESS_NETWORK for Cisco Secure Access Network ingestion.
Adds new log type CYBERARK_CERTIFICATE_MANAGER_SAAS for CyberArk Certificate Manager SaaSSaaSSoftware delivered over the internet and run on the provider's infrastructure, so the buyer pays a subscription instead of installing or operating anything locally. audit data.
Adds new log type GEMINI_ENTERPRISE_AGENT_PLATFORM for Gemini Enterprise Agent Platform activity.
Adds new log type GEOSCADA_OT for Schneider Electric GeoScada operational technology logs.
+9 moreshow less
Adds new log types MCPDEV, MCPMODIFY, and MCPVIEW for Model Context Protocol developer, modify, and view activity — enabling visibility into MCP-based AI agent interactions.
Adds new log type NETAPP_RANSOMWARE_RESILIENCE for NetApp Ransomware Resilience telemetry.
Adds new log type NETSKOPE_LOG_STREAMING for Netskope Log Streaming.
Adds new log type PYLON_LOGS for Pylon Audit Logs.
Adds new log type RECO_CSPM for Reco AI CSPM findings.
Adds new log type SALT_SECURITY for Salt Security API Protection Platform events.
Adds new log type SENTINELONE_APPLICATION for SentinelOne Application logs.
Adds new log type WIZ_VULNERABILITIES for Wiz Vulnerabilities data.
Updates default parsers for 130+ existing log sources across major vendors including AWS, Azure, Palo Alto, CrowdStrike, Okta, and Google Cloud.
Google SecOps adds Gemini Cloud Assist directly in Feed Management for guided feed setup and troubleshooting.
└──▷ HOW TO FIND IT
Get AI-guided help configuring a new data feed without leaving the Feed Management UI.
📍In Google SecOps, go to Feed Management, then click the Ask Gemini Cloud Assist button to open the Gemini Cloud Assist panel and ask questions about feed configuration, ingestion prerequisites, or setup issues.
Exabeam is a security information and event management (SIEM) platform that uses AI and behavioral analytics to detect, investigate, and respond to cybersecurity threats.
Exabeam adds Threat Center API endpoints to retrieve threat timelines by alert ID or case ID.
New API endpoint to retrieve a threat timeline given a specific alert ID.
New API endpoint to retrieve a threat timeline given a specific case ID.
Sophos Central is a cloud-based security management platform that unifies endpoint, network, and cloud protection with centralized threat detection and response.
Sophos Central adds DNS Protection APIs, Gen-AI web filtering, MFAMFAMulti-factor authentication, requiring proof from different categories, such as a password and a hardware key, to sign in. It reduces reliance on a password alone. enforcement, new email tiers, and expanded MDRMDRManaged detection and response, an outsourced service that monitors security signals, investigates threats and helps respond to incidents. It combines specialist analysts with detection tools./XDRXDRExtended detection and response, combining signals and investigation across endpoints, networks, identities or cloud services. It helps analysts connect activity that separate tools might miss. capabilities.
└──▷ TRY IT
Rotate API credentials before they expire — use the new expiration alerts as your trigger to call the DNS Protection API and refresh keys.
Enable Newly Registered Domain protection in Sophos Email to block phishing attempts from freshly created domains before they reach users.
📍In Sophos Central, go to My Products › Sophos Email › Policies, open or create an Inbound policy, and enable the Newly Registered Domain (NRD) Protection option under threat detection settings.
Apply a Generative AI category block in Protected Browser to prevent data exfiltrationdata exfiltrationMoving data out of a system or organization without authorization. It can happen through network transfers, removable media or other channels. via consumer AI tools.
📍In Sophos Central, go to My Products › Workspace Protection › Protected Browser › Policies, open your policy, navigate to App Controls, use the new categorized app picker to select the Generative AI category, and set the action to Block.
Adds Web Control filtering for Generative AI sites with more granular per-site control and simplified policy management.
Enables alerts for Account Health Check (AHC) issues, gradually rolling out to surface unaddressed configuration risks.
Adds categorized Gen-AI app picker in Protected Browser policy creation, plus reporting on file uploads and downloads for risky data flow visibility.
Consolidates DNS Protection Endpoint and DNS filtering policies onto a single management page for Workspace Protection customers.
Requires administrators to register at least two MFA methods for sign-in to reduce lockout risk.
+24 moreshow less
New alert: API credential expiration warnings at 30 days, 7 days, and 1 day before expiry (including AD Sync credentials).
New alert: Super Admin or Admin role assignment and removal events for rapid detection of unexpected privilege changes.
Introduces public RESTful APIs for managing core DNS Protection configuration.
Adds Security Services Retainer offering flexible access to Advisory and Professional services plus guaranteed emergency incident response.
Redesigns Global Settings in Sophos Central with use-case-driven categories, search, filters, and a left-panel index.
Introduces Sophos Email Plus tier with 90-day Message History and Quarantine retention, Message Replay, Contact Trace and Recall, and bundled DMARC Manager.
Enables viewing and managing M365-quarantined emails directly within Sophos Central.
Adds Newly Registered Domain (NRDNRDNewly Registered Domain — a domain name created within a recent window (often 30–90 days); cyber tools flag these because attackers frequently register fresh domains to evade reputation-based blocklists.) Protection in Sophos Email to detect and block phishing and spam from recently registered domains.
Includes MFR-mode emails in the Sophos Email TLS report for complete encryption visibility across all processed mail.
Launches Workspace Protection (Sophos Protected Browser, DNS Protection, ZTNAZTNAZero Trust Network Access, a framework that grants users access to specific applications only after continuously verifying identity and device posture, replacing broad VPN-style network access with least-privilege connections., Email Monitoring System) as a generally available product suite.
Promotes Device Tagging to GA, adding tag-based device filtering, install-time tagging, and tag auto-suggest.
Enables Partner Super Admins to reset MFA for users and admins in managed customer tenants.
Enriches Sophos PSA Tickets with Integrated MSPMSPA managed service provider, a company that operates IT services for customers. It may manage systems, networks, backups or other ongoing technology needs. Tool Data for Autotask and ConnectWise PSA.
Expands AI Assistant with access to Self-managed and Sophos-managed cases, pinned content, structured feedback tags, and saved/reusable custom prompts.
Introduces Unauthorized File Protection to prevent malicious executables from running on Windows servers.
Adds authenticated internal vulnerability scanning to Sophos Managed Risk for deeper vulnerability visibility.
Delivers Usage Insights for AP6 Series access points in Sophos Central Wireless.
Adds STPSTPSpanning Tree Protocol, an IEEE standard (802.1D) that prevents Layer 2 network loops by electing a root bridge and blocking redundant switch paths, keeping Ethernet networks stable under failure conditions. (Spanning Tree Protocol) management for Sophos Switches in Sophos Central.
Makes AI Search (natural-language security data queries) generally available for all Sophos XDR and MDR customers, now including endpoint telemetry.
Promotes AI Case Summary and AI Command Line Analysis to general availability.
Introduces DMARC Manager as an add-on with DMARC/SPFSPFAn email authentication standard that lets a domain owner publish, via DNS, which mail servers are authorized to send on its behalf, so receiving servers can reject spoofed senders./DKIMDKIMAn email authentication standard that lets a sending mail server cryptographically sign outgoing messages so receiving servers can verify the signature was not forged or tampered with in transit. management, SPF flattening, BIMI, MTA-STSSTSAWS Security Token Service, an Amazon Web Services API that issues short-lived credentials for IAM roles, letting cyber tools authenticate to AWS without storing long-term secrets., and TLS-RPT.
Generates integration health alerts and admin email notifications when MDR/XDR data ingestion integrations are unhealthy or offline.
Introduces Central Switch Stacking management overlay to simplify administration of stacked Sophos switches.
Adds Internal Attack Surface Management (IASM) to Managed Risk, powered by Tenable Nessus, at no additional cost.
Huntress is a managed security platform that detects, investigates, and remediates cyber threats for small and mid-sized businesses through persistent endpoint monitoring.
Huntress Managed SIEMSIEMSecurity information and event management, collecting logs from many systems and correlating events to find suspicious activity. Analysts use it to investigate alerts and incidents. gains GA AI Search, enabling plain-English log queries with automatic ESQL translation.
└──▷ HOW TO FIND IT
Run a plain-English investigation query against SIEM logs, then inspect the generated ESQL to learn query syntax or refine further.
📍In Huntress Managed SIEM, enter your query in the AI Search bar (e.g. "show me failed logins from external IPs in the last 24 hours"), press Search, then click the ESQL button to view and copy the translated ESQL query.
Adds AI Search (GA) to Huntress Managed SIEM, allowing natural-language queries against SIEM logs without requiring ESQL or the Query Builder.
Enables on-demand ESQL translation: after a plain-English search, clicking the ESQL button reveals the generated ESQL query to accelerate analyst upskilling.
Huntress Managed ISPMISPMIdentity Security Posture Management: a discipline for continuously discovering, assessing, and remediating identity-related risks across users, accounts, and entitlements, giving cyber tools a unified view of identity exposure. adds SharePoint/OneDrive/Teams security controls and expands Continuous Enforcement to five new policies.
└──▷ HOW TO FIND IT
Enable Continuous Enforcement on the 'Require MFAMFAMulti-factor authentication, requiring proof from different categories, such as a password and a hardware key, to sign in. It reduces reliance on a password alone. to register or join devices' policy to automatically detect and remediate drift without manual intervention.
📍In the Huntress portal, go to Managed ISPM › Security Controls, locate 'Require MFA to register or join devices', and toggle on Continuous Enforcement to enable drift detection and auto-remediation.
New SharePoint Online control: enforces idle session timeout for SharePoint and OneDrive.
New SharePoint Online control: blocks anonymous sharing links in SharePoint and OneDrive.
New SharePoint Online control: prevents users from self-creating SharePoint sites.
New SharePoint Online control: retains deleted user OneDrive content for at least 90 days.
New Microsoft Teams control: blocks communication with unmanaged Teams tenants.
+2 moreshow less
New Microsoft Teams control: blocks organizational communication with accounts in trial Teams tenants.
Continuous Enforcement (drift detection + auto-remediation) now covers: restricting Azure Management portal access, blocking unused device types, restricting Guests from Microsoft Office clients, requiring frequent Admin sign-in, and requiring MFA for device registration/join.
Huntress Managed EDREDREndpoint detection and response, monitoring computers for suspicious behavior and providing investigation and response controls, such as isolating a device. for macOS auto-ejects malicious DMGs before payload execution, blocking infostealers.
Automatically ejects deceptive/malicious DMG installers on macOS before their payloads can execute, blocking infostealer malware.
Delivers on-screen user notifications explaining why a DMG was ejected.
Triggers a Huntress SOCSOCA security operations center, the team or function that monitors threats, investigates alerts and coordinates incident response. Its work can be internal, outsourced or shared. investigation on every DMG ejection event to confirm endpoint cleanliness.
Huntress Managed EDREDREndpoint detection and response, monitoring computers for suspicious behavior and providing investigation and response controls, such as isolating a device. now blocks macOS infostealers at the Gatekeeper-override moment on macOS 14+.
New macOS infostealer prevention: detects and stops infostealer execution at the moment a user is socially engineered into overriding Apple's Gatekeeper, available on macOS 14 and later.
Huntress Managed ISPMISPMIdentity Security Posture Management: a discipline for continuously discovering, assessing, and remediating identity-related risks across users, accounts, and entitlements, giving cyber tools a unified view of identity exposure. hits GA, delivering continuous M365 identity hardening across Entra IDEntra IDMicrosoft's cloud-based identity and access management service, formerly Azure Active Directory, used by cyber tools to authenticate users and enforce access policies in Microsoft 365 and Azure environments., Exchange, SharePoint, and Teams.
└──▷ HOW TO FIND IT
Use Learning Mode to model the blast radius of a new Conditional AccessConditional AccessA policy enforcement framework, most commonly Microsoft's in Entra ID, that grants or blocks resource access based on signals like user identity, device state, and location — letting cyber tools trigger step-up auth or deny risky sessions. policy before it goes live — preventing unexpected user lockouts across tenants.
📍In the Huntress console, navigate to ISPM › Conditional Access Policies, select a recommended template, then enable Learning Mode to preview impact before deploying enforcement.
Adds Managed ISPM (Identity Security Posture Management) at General Availability, continuously hardening Microsoft 365 environments against misconfigurations and over-permissioned accounts.
New Huntress-managed security controls span Microsoft Entra ID, Exchange Online, SharePoint, and Teams — covering the most commonly abused identity attack surfacesattack surfacesThe exposed systems, interfaces and access points an attacker could try to use. It includes internet-facing services as well as identities, software and other reachable resources..
Adds Conditional Access policy management with recommended templates, giving practitioners a curated baseline for CA enforcement.
New Learning Mode delivers pre-deployment impact analysis for Huntress-managed Conditional Access policies before any enforcement is applied.
Managed Deployment enables a continuously updated identity framework that automatically keeps all managed organizations aligned with the latest security updates.
+1 moreshow less
Drift Detection triggers within minutes of configuration change, with Continuous Enforcement to maintain alignment with security best practices.
Huntress adds OSINTOSINTOpen-source intelligence, collecting and analyzing information from publicly available sources. Investigators use it to learn about people, infrastructure or threats. 2 Simulation in GA, teaching learners the risks of oversharing online.
New OSINT 2 Simulation (fifth simulation) now generally available, covering risks of oversharing personal information online.
Accompanies July's managed learning assignment for structured security awareness training.
Huntress Managed SIEMSIEMSecurity information and event management, collecting logs from many systems and correlating events to find suspicious activity. Analysts use it to investigate alerts and incidents. adds Okta as a GA log source with SOCSOCA security operations center, the team or function that monitors threats, investigates alerts and coordinates incident response. Its work can be internal, outsourced or shared.-built detections for identity-based attacks.
└──▷ HOW TO FIND IT
Connect Okta System Log to Huntress Managed SIEM to enable identity-layer detection coverage.
📍In the Huntress portal, navigate to SIEM › Log Sources › Add Source, select Okta (API – Okta System Log), and follow the configuration guide at https://support.huntress.io/hc/en-us/articles/50820786591379-API-Okta-System-Log
Adds Okta as a supported identity and authentication log source in Huntress Managed SIEM (generally available).
New SOC-built detections for Okta covering credential attacks, privilege escalationprivilege escalationGaining permissions beyond those an account or process initially had. It can turn limited access into administrator control or access to another user's resources., MFAMFAMulti-factor authentication, requiring proof from different categories, such as a password and a hardware key, to sign in. It reduces reliance on a password alone. bypass and fatigue, account takeover, and federated identity manipulation.
Extends SIEM visibility to the identity layer for organizations using Okta as their IdPIdPA service that authenticates users and supplies identity information to other applications. It is the sign-in authority behind many single sign-on systems. or SSOSSOSingle sign-on, using one identity provider to sign in to multiple applications. It reduces separate passwords and centralizes account and access management. provider.
Huntress MDE integration now supports GCC HighGCC HighA Microsoft 365 cloud environment restricted to US government contractors handling controlled unclassified information, meeting compliance requirements like ITAR and DFARS that standard commercial tenants cannot satisfy. tenants, routing API traffic to .us endpoints automatically.
Supports onboarding Microsoft Defender for Endpoint (MDE) tenants in GCC High environments, with login, Graph, and MDE API traffic automatically routed to GCC High .us endpoints.
Enables GCC High tenants already mapped in ITDRITDRIdentity Threat Detection and Response: a discipline focused on detecting and responding to attacks that abuse identity systems such as Active Directory or IAM platforms, giving cyber tools visibility into credential-based intrusions. to be onboarded into MDE using the same tenant.
Trend Vision One is a unified cybersecurity platform that provides extended detection and response (XDR) across endpoints, networks, email, and cloud environments.
On-premises Gateway 1.0.87 adds X-Authenticated-User header support for upstream/downstream proxy auth in Forward proxy mode.
└──▷ HOW TO FIND IT
When a downstream proxy already authenticates users and stamps X-Authenticated-User, enable the gateway to accept that header as identity — eliminating the need for a second credential challenge in Forward proxy mode.
📍In the Vision One console, go to Zero Trust Secure Access › On-premises Gateway › Forward Proxy Settings and enable Accept X-Authenticated-User header from downstream proxy as the authentication source.
When the gateway needs to pass authenticated user identity to an upstream proxy, configure it to stamp the X-Authenticated-User header on outbound requests so the upstream proxy can enforce per-user policy.
📍In the Vision One console, go to Zero Trust Secure Access › On-premises Gateway › Forward Proxy Settings, configure the upstream proxy, and enable Stamp X-Authenticated-User header to upstream proxy.
Supports parsing the X-Authenticated-User header stamped by a downstream proxy as an alternative authentication method in Forward proxy mode.
Supports stamping the X-Authenticated-User header onto configured upstream proxy requests in Forward proxy mode.
Updates DLPDLPData Loss Prevention: a category of controls that inspect and block sensitive data from leaving an organisation via email, web, or removable media, giving cyber tools a policy enforcement layer over data in motion and at rest. SDK and built-in compliance templates with new content.
Adds protocol compatibility with web servers that return HTTP 103 Early Hints responses.
4 details in Everything
13 more releases in this issue
· 2026-06-26 → 2026-07-13
Trend Vision One Endpoint Security agent now supports Red Hat Enterprise Linux 8 PowerPC (ppc64le) deployments.
Supports deploying the Endpoint Security agent on Red Hat Enterprise Linux 8 PowerPC (ppc64le) endpoints.
Enables Server & Workload Protection coverage on RHELRHELRed Hat Enterprise Linux, a commercially supported Linux distribution maintained by Red Hat, chosen by cyber tools for its long support lifecycle, certified hardware compatibility, and enterprise deployment prevalence. 8 ppc64le systems.
Enables XDRXDRExtended detection and response, combining signals and investigation across endpoints, networks, identities or cloud services. It helps analysts connect activity that separate tools might miss. for Endpoint (EDREDREndpoint detection and response, monitoring computers for suspicious behavior and providing investigation and response controls, such as isolating a device.) telemetry and detection on RHEL 8 ppc64le systems.
Trend Vision One AI Scanner adds custom attack prompt support for deterministic, repeatable AI model security testing.
└──▷ HOW TO FIND IT
Reach the custom prompts feature in the console to supply your own jailbreak payloads and tag them for OWASPOWASPA nonprofit foundation that publishes open standards, guides, and ranked vulnerability lists—most famously the OWASP Top 10—giving cyber tools a vendor-neutral benchmark to test or report against./CVSSCVSSCommon Vulnerability Scoring System, a method for describing a vulnerability's characteristics and severity. Its score is not the probability that attackers will exploit it. compliance reporting.
📍In the console, go to AI Security → AI Application Security → Custom prompts, then add your hand-crafted attack payloads, define evaluation criteria per objective, and apply CVSS/OWASP framework tags before running the scan.
Supports custom hand-crafted attack payloads in AI Scanner alongside the built-in attack library, enabling testing of known jailbreaks, regression cases, and novel attack variations.
Runs custom prompts exactly as written with no automatic technique or modifier applied, ensuring deterministic and repeatable results.
Enables user-defined evaluation criteria per objective for custom prompt tests.
Adds CVSS and OWASP framework tagging for custom prompts so results appear in compliance reporting alongside built-in test results.
Agentless Vulnerability & Threat Detection adds configurable scan scheduling for Microsoft Azure environments.
└──▷ HOW TO FIND IT
Reach the Azure scan scheduling controls to set frequency and start time, or toggle scanning off without a Terraform redeployment.
📍In the console, go to Cloud Security → Cloud Accounts → Azure, then configure scan frequency, start time, or enable/disable scanning for your subscription.
Enables configuration of scan frequency and start time for Agentless Vulnerability & Threat Detection in Azure subscriptions via Terraform.
Supports enabling or disabling Azure scanning on-demand without redeploying the Terraform template.
Trend Vision One adds centralized backup and restore for Deep Discovery Inspector appliance configs via the console.
└──▷ HOW TO FIND IT
Restore a DDI appliance to a known-good configuration after a misconfiguration — without SSHing into the appliance directly.
📍In the console, go to Network Security → Network Inventory, select the target Deep Discovery Inspector appliance, open System Maintenance, choose a backup from the backup history, and select Restore.
New System Maintenance screen in the Trend Vision One console enables creating, downloading, deleting, and restoring configuration backups for connected Deep Discovery Inspector appliances without logging into each appliance individually.
Supports backup history management — view past backups and restore an appliance from any previously saved configuration snapshot.
Requires Deep Discovery Inspector 6.9 or later; accessible via Network Security → Network Inventory.
Zero Trust Secure Access now logs DLPDLPData Loss Prevention: a category of controls that inspect and block sensitive data from leaving an organisation via email, web, or removable media, giving cyber tools a policy enforcement layer over data in motion and at rest. and AI content snippets (up to 100 bytes) including prompt injectionprompt injectionAn attack where text the model reads, such as a web page, file or tool result, carries instructions that override the user's. It is the main security risk for agents with tools. detections.
└──▷ HOW TO FIND IT
Enable DLP and AI content snippet logging to capture evidence of policy-matching traffic and prompt injection attempts in Zero Trust Secure Access.
📍In the console, go to Zero Trust Secure Access → Internet Access and AI Secure Access Configuration → Global Settings → DLP/AI detection logs, then enable content snippet logging for DLP profiles, AI content inspection profiles, and prompt injection detections.
Enables content snippet logging (up to 100 bytes) for traffic matching a Data Loss Prevention profile via Internet Access and AI Secure Access.
Enables content snippet logging for traffic matching an AI content inspection profile.
Adds prompt injection detection logging within Zero Trust Secure Access Internet Access and AI Secure Access flows.
Trend Vision One File Security Storage AWS template v4.2.0 adds support for S3 KMSKMSA managed service that creates, stores, rotates and controls access to encryption keys, usually backed by HSMs. Applications ask it to encrypt or decrypt rather than holding keys themselves. Encryption.
Supports S3 KMS Encryption for protected S3 buckets scanned by File Security Storage.
Trend Vision One adds an Internet Access rule simulator to test and validate Zero Trust Secure Access rules before deployment.
└──▷ HOW TO FIND IT
Validate a new Internet Access rule to catch gaps or conflicts before it affects live traffic.
📍In the console, go to Zero Trust Secure Access → Secure Access Rules → Internet Access, then open the rule simulator to test your rule configuration before deployment.
Sandbox Analysis reports now surface threat actor and campaign attribution via a new Associated threats tab.
└──▷ HOW TO FIND IT
After submitting a suspicious file to Sandbox Analysis, check attribution without pivoting to a separate tool.
📍In Threat Intelligence → Sandbox Analysis, open a completed object profile and select the Associated threats tab to view matched threat actor names and linked campaign reports.
Adds an Associated threats tab to sandbox object profiles, correlating submitted files/IOCsIOCsAn indicator of compromise, an observable clue that may point to malicious activity, such as a suspicious file hash or domain. It is evidence to investigate, rather than proof by itself. with known threat actors and emerging threats from Threat Intelligence Hub.
Enables direct links from sandbox reports to full threat actor and campaign reports in Threat Intelligence Hub, eliminating separate intelligence lookups.
ZTSAZTSAZero Trust Security Architecture: a network access model where no user or device is trusted by default, requiring continuous verification before granting access, letting cyber tools enforce least-privilege policies across any environment. On-premises Gateway 1.0.86 adds OCROCROptical character recognition, converting text in an image or scanned document into machine-readable characters. It lets software search or process text that was stored as pixels.-based DLPDLPData Loss Prevention: a category of controls that inspect and block sensitive data from leaving an organisation via email, web, or removable media, giving cyber tools a policy enforcement layer over data in motion and at rest., Grok inspection, and M365 Copilot Tenant Restriction V2 support.
Adds OCR integration to DLP and AI content inspection, enabling text extraction and policy enforcement on image-based content.
Supports Microsoft 365 Tenant Restriction V2 for controlling Copilot access across tenants.
Adds content inspection support for Grok services.
Zero Trust Secure Access now enforces tenancy restrictions for Microsoft Copilot, blocking personal-account logins from corporate networks.
└──▷ HOW TO FIND IT
Prevent employees from accessing Microsoft Copilot with personal accounts (Gmail, Outlook) over the corporate network by enabling a tenancy restriction rule.
📍In the console, go to Zero Trust Secure Access → Secure Access Resources → Tenancy Restrictions and create or edit a rule targeting Microsoft Copilot, setting the allowed tenant to your corporate domain.
Adds tenancy restriction support for Microsoft Copilot in Internet Access and AI Secure Access rules, limiting access to corporate-domain accounts only and blocking personal accounts (e.g., Gmail, Outlook) from the corporate network.
Security Playbooks gains a native Collect Evidence action node to trigger forensic collection on endpoints without playbook chaining.
└──▷ HOW TO FIND IT
Automatically collect forensic evidence on high-severity incidents without manual steps or chaining — results appear in the Forensics workspace alongside the Workbench timeline.
📍In the console, go to Workflow and Automation → Security Playbooks, create or edit a Workbench insight progression update playbook, add a condition node (e.g., Insight score › 80 or Severity = High), then add a Collect Evidence action node as the next step and save.
Adds a Collect Evidence action node to Security Playbooks, enabling automated forensic evidence collection on impacted Windows and Linux endpoints directly within a playbook.
Supports triggering evidence collection from endpoint response, automated response, and Workbench insight progression update playbook types.
Enables criteria-based automation (e.g., severity is high or Insight score exceeds 80) to kick off forensics without manual intervention or chaining separate playbooks.
Surfaces collected evidence alongside Workbench events and in the Forensics workspace, consolidating incident timelines into a single workflow.
Automox is a cloud-native endpoint management platform that automates patching, configuration, and software deployment across Windows, macOS, and Linux devices.
Automox adds Remote Command and File Transfer to its new Remote Tools umbrella, enabling shell access and file I/O without a full desktop session.
└──▷ HOW TO FIND IT
Run a diagnostic command on a managed endpoint during an incident without interrupting the end user's active session.
📍In the Automox console, navigate to a managed device › Remote Tools › Remote Command, open an interactive shell session, and run your diagnostic commands in real time.
Push a remediation script or pull back logs from a device without starting a full screen-sharing session.
📍In the Automox console, navigate to a managed device › Remote Tools › File Transfer, then upload a script or download log files as a targeted action.
Introduces Remote Tools — a unified remote support hub that consolidates Remote Control, Remote Command, and File Transfer in one place.
New Remote Command capability opens an interactive shell session on a managed Windows or macOS device in the background, without taking over the end user's screen.
New File Transfer capability lets practitioners push scripts, configs, or installers to — and pull logs or diagnostic output from — a managed device without launching a full remote control session.
3 details in Everything
2 more releases in this issue
· 2026-06-16 → 2026-06-29
Automox adds native Slack MSIX detection and patching plus a migration Worklet for Windows MSI-to-MSIX transitions.
└──▷ HOW TO FIND IT
Migrate Windows endpoints from legacy Slack MSI or EXE installations to MSIX in a single controlled action without waiting for a scheduled patch window.
📍In the Automox console, go to Worklets, search for Windows - Software Lifecycle - Migrate Slack to MSIX, assign it to the target device group, then click Run Now.
Adds native detection and patching support for Slack MSIX packages on Windows, reported under the existing Slack catalog title with no policy reconfiguration required.
Supports Slack MSIX on both x64 and ARM64ARM64The 64-bit instruction set architecture from ARM Holdings, used in modern mobile chips, Apple Silicon, and cloud server CPUs; tools target it to run natively on those platforms without emulation overhead. Windows devices.
Introduces the base Worklet Windows - Software Lifecycle - Migrate Slack to MSIX, available to all customers (including non-Worklet Catalog subscribers), to remove legacy MSI/EXE installs and provision the current MSIX package in a single controlled action.
3 details in Everything
└──▷ BREAKING ON UPGRADE
!Existing Slack MSI installs on Windows will no longer receive newer MSI updates through routine Automox patching, as Automox has deprecated the legacy MSI as a patch target following Slack's retirement of its Windows MSI installers.
Automox adds KEVKEVCISA's Known Exploited Vulnerabilities catalog, a list of vulnerabilities with evidence of exploitation in real attacks. It helps teams prioritize fixes for problems attackers already use. & EPSSEPSSExploit Prediction Scoring System, an estimate of the probability that a published vulnerability will be exploited in the next 30 days. It helps prioritize investigation and patching. exploit-risk targeting to Windows OS patching and Advanced Patch policies.
└──▷ HOW TO FIND IT
Automatically patch Windows OS CVEs that are actively exploited in the wild without manual triage, by targeting KEV-flagged vulnerabilities in an Advanced Patch policy.
📍In the Automox console, go to Policies › Advanced Patch › create or edit a policy, then under Patch Filters enable KEV to scope patching to CISA Known Exploited Vulnerabilities on Windows OS endpoints.
Prioritize Windows OS patches most likely to be exploited in the next 30 days by filtering on EPSS score within an Advanced Patch policy.
📍In the Automox console, go to Policies › Advanced Patch › create or edit a policy, then under Patch Filters enable EPSS and set a probability threshold to automatically target high-risk Windows OS packages.
Extends KEV (CISA Known Exploited VulnerabilitiesCISA Known Exploited VulnerabilitiesA catalog maintained by the US Cybersecurity and Infrastructure Security Agency listing CVEs confirmed to have been actively exploited in the wild, which cyber tools use as a high-signal prioritization feed for patching and scanning.) and EPSS scoring to Windows OS packages, visible on Software and Device Details pages.
Enables automated remediation targeting by KEV and EPSS status inside Advanced Patch policies, eliminating manual CVE triage.
Surfaces exploited and high-probability-of-exploitation vulnerabilities alongside third-party titles for unified risk-based prioritization.
Tenzir Changelog is an RSS feed tracking updates, new features, and fixes for Tenzir's open-source security data pipeline and threat detection platform.
Tenzir v6.6.0 expands ClickHouse integration with LowCardinality/DateTime64 support and adds a reference date for partial parse_time formats.
Adds reference date support for partial parse_time format strings, enabling relative time parsing without a full timestamp.
Supports additional ClickHouse column types in to_clickhouse, including LowCardinality and DateTime64.
Enables to_clickhouse to tolerate ClickHouse columns that have default values, avoiding pipeline failures on schema mismatches.
Adds warnings in to_clickhouse instead of silently dropping events when column mapping issues occur.
4 details in Everything
11 more releases in this issue
· 2026-06-15 → 2026-07-10
Tenzir Platform v1.35.0 adds optional MFAMFAMulti-factor authentication, requiring proof from different categories, such as a password and a hardware key, to sign in. It reduces reliance on a password alone. support and improves pipeline Diagnostics tab performance.
Adds optional multi-factor authenticationmulti-factor authenticationMulti-factor authentication, requiring proof from different categories, such as a password and a hardware key, to sign in. It reduces reliance on a password alone. (MFA) support for the public Tenzir Platform.
Improves performance of the pipeline Diagnostics pane.
Enables graceful shutdown for Docker Compose nodes.
Tenzir Platform v1.36.0 adds inline UDO expansion in the Explorer, revealing operator bodies with full TQL syntax highlighting.
└──▷ HOW TO FIND IT
When debugging a pipeline that calls a UDO, expand it inline in the Explorer to see the operator's full TQL body without leaving the editor.
📍In the Explorer, open a pipeline containing a UDO call, then click the inline expand control next to the UDO call to reveal its body with TQL syntax highlighting, including any nested UDO calls.
Adds inline expansion of User-Defined Operators (UDOs) in the Explorer, letting practitioners expand any UDO call in place to inspect its full TQL body, including nested UDO calls.
Enforce that every unreleased entry carries a PR reference, catching omissions before merge.
yaml
require_pr: true
Prevent PR and author fields from appearing in entries when your project policy strips them.
yaml
omit_pr: true
omit_author: true
New require_pr option warns when an unreleased changelog entry is missing its pull request reference.
Validation now rejects PR and author metadata on entries when the project config sets omit_pr or omit_author, preventing stray metadata from slipping in.
Agent skill updated to respect omit_pr and omit_author project configuration options.
Tenzir Platform v1.34.0 adds OpenTelemetryOpenTelemetryAn open standard and set of tools for collecting traces, metrics and logs from applications. It lets services export observability data without tying instrumentation to one monitoring vendor. frontend tracing and dedicated Stream view columns for common fields.
Adds dedicated columns for common fields (e.g., timestamps) in the Stream view for faster at-a-glance triage.
Adds OpenTelemetry tracing for the Platform frontend, enabling end-to-end visibility into backend request handling.
Removes direct WebSocketWebSocketA protocol that upgrades an HTTP connection into a persistent, full-duplex channel, letting a server push data to a client without repeated polling. Cyber tools use it for real-time event streaming and live command output. Gateway connection support — operators relying on it must migrate to the new connection path.
Tenzir Node Helm chart debuts with hardened defaults, flexible networking, and checksum-driven rollouts.
New Helm chart for deploying Tenzir Node on Kubernetes.
Supports per-node configuration with checksum-driven rollouts to trigger pod restarts on config changes.
Two patterns for exposing listener ports to suit different networking topologies.
Hardened container security defaults applied out of the box.
Optional NetworkPolicyNetworkPolicyA Kubernetes API object that defines which pods may send or receive traffic, enforced by the cluster's CNI plugin to give cyber tools namespace-level network segmentation without host firewall rules. and PodDisruptionBudget resources for production-grade deployments.
Tenzir Skills v2.2.0 adds reference skills for 7 major security schemas: ASIM, Splunk CIM, ECSECSElastic Common Schema, an open specification maintained by Elastic that defines a standard field naming convention for log and event data, letting cyber tools share and correlate records without per-source field mapping., CEFCEFCommon Event Format, an ArcSight (Micro Focus) log standard that defines a fixed header plus extensible key-value pairs so cyber tools can emit and ingest alerts in a predictable, parseable structure., LEEF, FortiSIEM EDM, and Google UDM.
New Microsoft Sentinel ASIM reference skill for querying and mapping events to the Azure Sentinel schema.
New Splunk CIM reference skill covering the Common Information Model field mappings.
New Elastic Common Schema (ECS) reference skill for ECS field definitions and event categorization.
New ArcSight CEF reference skill for working with Common Event Format log structure.
New IBM QRadar LEEF reference skill covering Log Event Extended Format field mappings.
+3 moreshow less
New FortiSIEM Event Data Model (EDM) reference skill.
New Google SecOpsSecOpsThe practice of merging security and IT operations teams so that threat detection, response, and infrastructure management share the same workflows, giving cyber tools a single pipeline from alert to remediation. UDM entity ingestion guidance and record YAML reference skill.
Expanded Tenzir design system skill now includes machine-readable tokens and per-tool styling guidance.
v6.1.0 adds 34 new detections and 5 analytic stories covering Cisco IOS XE, SD-WANSD-WANSoftware-defined wide-area networking: an approach that decouples WAN routing logic from physical hardware, letting operators centrally control traffic paths across MPLS, broadband, and LTE links to reduce cost and improve resilience., Linux kernel abuse, BlueHammer/RedSun, and PTC Windchill exploitation.
└──▷ GET THIS VERSION
$ git clone --branch v6.1.0 https://github.com/splunk/security_content.git
# already have the repo? check out this version:$ git checkout v6.1.0
Adds two Cisco Secure Access detections identifying outbound access to anonymizer/privacy services and automated web reconnaissance via abnormal HTTP error patterns.
Adds new analytic stories and detections for BlueHammer and RedSun exploit families targeting Microsoft Defender for privilege escalationprivilege escalationGaining permissions beyond those an account or process initially had. It can turn limited access into administrator control or access to another user's resources. and credential access, including suspicious Defender engine/signature updates, unauthorized file modifications, non-admin password changes, and abnormal password reset bursts.
Introduces support for Windows Security Event ID 4723 (password change attempts) to improve visibility into credential theft and privilege escalation tradecraft.
Expands Linux detection coverage for CVE-2026-31431 (Copy Fail) with new analytics targeting malformed authentication entries, PF_ALG registration outside boot windows, suspicious namespace creation, and process execution with null argv values.
Introduces a new Linux kern.log data source, providing deeper visibility into low-level system activity and emerging Linux kernel exploitation techniques.
+6 moreshow less
Adds nine Cisco IOS XE detections covering Salt Typhoon-style tradecraft: Guestshell activation/destruction, log clearing, VTY access control tampering, tunnel interface creation, WebUI abuse, remote access probe bursts, reconnaissance command activity, and platform package shell interactions.
Adds two Cisco SD-WAN analytics detecting multiple source IPs authenticating to vManage via SSH and repeated SSH key-based authentications from a single source, targeting credential sharing and distributed brute-force against SD-WAN management.
Introduces a new PTC Windchill Exploitation analytic story with detections for gateway command execution and GW READY/OK probing, plus a new Windchill Log4j data source and supporting macro.
Adds new analytic stories for RoguePlanet and Salat Stealer.
Breaking change: removes five detections (Attempt To Add Certificate To Untrusted Store, CHCP Command Execution, Ivanti Sentry Authentication Bypass, Processes launching netsh, Sc exe Manipulating Windows Services) — users should review the official removed-detections list and transition where applicable.
Schedules two additional detections for removal in v6.4.0: PowerShell - Connect To Internet With Hidden Window and Regsvr32 with Known Silent Switch Cmdline (replaced by Regsvr32 Silent and Install Param Dll Loading).
11 details in Everything
└──▷ BREAKING ON UPGRADE
!The detections Attempt To Add Certificate To Untrusted Store, CHCP Command Execution, Ivanti Sentry Authentication Bypass, Processes launching netsh, and Sc exe Manipulating Windows Services have been permanently removed in v6.1.0 with no replacement content; any alerting or workflows depending on these detections will stop functioning after upgrading.
Feedly Threat Intelligence is a platform that aggregates and analyzes cybersecurity threat data from multiple sources to help security teams prioritize and respond to emerging threats.
Feedly now embeds VirusTotal verdicts, WHOIS, certs, and reputation scores directly inside IoCIoCAn indicator of compromise, an observable clue that may point to malicious activity, such as a suspicious file hash or domain. It is evidence to investigate, rather than proof by itself. Insights Cards.
└──▷ HOW TO FIND IT
Activate VirusTotal enrichment so detection verdicts appear on every IoC Insights Card your team reviews.
📍In Feedly, go to Account Settings, locate the VirusTotal integration section, and paste your existing VirusTotal API key to enable enrichment across all IoC Insights Cards.
Adds VirusTotal integration: connect your existing VirusTotal API key to surface detection verdicts and reputation scores inside IoC Insights Cards.
Embeds WHOIS records, certificate data, network attribution, and community votes on IoC Insights Cards for zero-detection domain analysis.
Enables one-click pivot from an IoC Insights Card directly to the full VirusTotal dataset for deeper investigation.
VirusTotal enrichment data remains account-scoped — never stored by Feedly and never shared with other users or teammates.
IntelOwl: manage your Threat Intelligence at scale
IntelOwl v6.7.0 ships an LLMLLMA large language model, a neural network trained on large amounts of text to recognize patterns and generate language. Applications use it for tasks such as answering, summarizing and writing code.-powered threat-intel chatbot, two new analyzers, and connector health checks.
└──▷ GET THIS VERSION
$ git clone --branch v6.7.0 https://github.com/intelowlproject/IntelOwl.git
# already have the repo? check out this version:$ git checkout v6.7.0
└──▷ TRY IT
Spin up IntelOwl with the local Ollama LLM service enabled to activate the chatbot for your team.
$ docker compose -f docker/default.yml -f docker/optional_analyzers.yml -f docker/override-ollama.yml up
Trigger the chatbot's guardrail confirm endpoint via API to approve a pending analyze_observable action proposed by the agent.
Adds a self-deployed LLM chatbot (powered by Ollama via optional Docker override) that lets analysts query IntelOwl jobs, investigations, analyzers, and playbooks in natural language over WebSocketWebSocketA protocol that upgrades an HTTP connection into a persistent, full-duplex channel, letting a server push data to a client without repeated polling. Cyber tools use it for real-time event streaming and live command output. with token streaming.
New CVE_Exploitability analyzer combines CISA KEVCISA KEVA catalog maintained by the US Cybersecurity and Infrastructure Security Agency listing vulnerabilities confirmed to be actively exploited in the wild, giving cyber tools a vetted, authoritative prioritization signal. and FIRST EPSSEPSSExploit Prediction Scoring System, an estimate of the probability that a published vulnerability will be exploited in the next 30 days. It helps prioritize investigation and patching. data to score CVE observables for exploitability.
New RDAPRDAPA JSON-based protocol for querying domain and IP registration data, standardized by the IETF as a modern replacement for WHOIS, giving cyber tools structured, machine-readable ownership and contact lookups. analyzer enables registration data access protocol lookups for domain and IP observables.
Chatbot agent supports an analyze_observable action tool with a preview-only guardrail and a separate confirm endpoint, requiring explicit user approval before triggering new analysis jobs.
Chatbot enforces per-user rate limiting on both REST and WebSocket entry points.
+7 moreshow less
Chatbot exposes a health endpoint so the UI drawer can proactively probe Ollama availability before surfacing the chat panel.
Chatbot injects current-page context into the agent, enabling context-aware quick-action buttons in the chat panel.
Chat session history is retained with a configurable TTLTTLTime to live, a limit on how long data remains valid or how far a packet can travel. Caches use a time limit; IP packets use a hop limit.-based message retention policy.
Implements health-check capability for connectors, enabling automated liveness verification of connector integrations.
YETI connector and analyzer refactored to support API v2 payload and auth schemas — operators must update YETI credentials/config accordingly.
Adds new IPQS (IP Quality Score) features to the existing IPQS analyzer.
Updates GoReSym (binary symbol recovery) from v3.0.2 to v3.3.
Flashpoint is a threat intelligence platform that collects and analyzes data from deep, dark, and open web sources to help organizations identify and mitigate security risks.
Flashpoint MCP ServerMCP ServerA process that exposes tools, resources, and prompts over Anthropic's Model Context Protocol, letting an AI agent call external APIs or local services through a standardised interface. is now GA, exposing threat intelligence to AI assistants via the Model Context ProtocolModel Context ProtocolModel Context Protocol, a standard for connecting AI applications to external tools and data sources. A compatible server exposes capabilities an assistant can use through a common interface..
New Flashpoint MCPMCPModel Context Protocol, a standard for connecting AI applications to external tools and data sources. A compatible server exposes capabilities an assistant can use through a common interface. Server enables AI assistants (e.g., Claude, Gemini) to query Flashpoint intelligence directly via the Model Context Protocol (MCP) standard.
Supports natural-language retrieval across Communities Intelligence, Finished Intelligence Reports, News, Technical Indicators, Vulnerability Intelligence, Ransomware Activity, Compromised Credentials (Enterprise & Customers), Infected Hosts, and Strategic Entity Data (SED).
Authenticates via OAuth or API token, automatically inheriting the organization's existing Flashpoint subscription entitlements.
Read-only access model: AI systems can search, retrieve, enrich, and analyze intelligence without the ability to alter settings, create alerts, or modify operational workflows.
Tines is a no-code automation platform that enables security and operations teams to build powerful workflows that automate repetitive tasks and processes.
Tines now lets you trigger app actions directly from within a case, without leaving the case view.
└──▷ HOW TO FIND IT
Trigger an app (e.g., send a Slack message or create a Jira ticket) without leaving an active case.
📍In the case view, open the Case Actions menu and select the app you want to interact with.
Enables running apps directly from a case via case actions, keeping response workflows in context.
1 detail in Everything
3 more releases in this issue
· 2026-06-23 → 2026-07-07
Tines adds Record ID filtering and sorting to records tables and charts.
└──▷ HOW TO FIND IT
Quickly locate a specific record or range of records by ID when triaging a large records table.
📍In the Tines console, open your Records table or chart, select the Filter option, choose Record ID as the filter field, enter your target ID or range, then apply Sort by Record ID to order results.
Tines storyboard record action gains a Query mode for running aggregations directly on record types.
└──▷ HOW TO FIND IT
Aggregate record data inline during a workflow — e.g. count open alerts by severity — without a separate lookup step.
📍In the storyboard, add or open a Record action, select the target record type, then switch the mode to Query and configure your aggregation expression.
Tenable Nessus is a vulnerability scanner that identifies security weaknesses, misconfigurations, and compliance issues across networks, systems, and applications.
Nessus 10.12.0 adds drag-and-drop UI, Sensor Proxy support, FIPSFIPSA set of US federal standards published by NIST that define approved cryptographic algorithms and modules; cyber tools use it to meet compliance requirements in government and regulated environments.-140.3, OpenSSL 3.5, ARM64ARM64The 64-bit instruction set architecture from ARM Holdings, used in modern mobile chips, Apple Silicon, and cloud server CPUs; tools target it to run natively on those platforms without emulation overhead., and a new --scan-zones CLI parameter.
└──▷ TRY IT
Link a managed Nessus scanner to Tenable Security Center and assign it to specific scan zones at link time — useful when deploying scanners into segmented network zones.
$ nessuscli link --host=<sc_host>--key=<link_key>--scan-zones=<zone_id>
Deploy a Nessus container and assign scan zones via environment variable so the scanner registers to the correct Security Center zone without manual post-link configuration.
$ docker run -e SCAN_ZONES=<zone_id> -e LINKING_KEY=<link_key> -e SC_HOST=<sc_host> tenable/nessus
Import a .nessus results file into Nessus without using the file picker — drag the file from your desktop and drop it anywhere in the Nessus UI.
📍In the Nessus UI, drag a .nessus file from your local file manager and drop it directly onto the Nessus scans page to import it.
Adds drag-and-drop scan organization: move existing scans into folders directly from the list view in the modernized UI.
Enables drag-and-drop .nessus file import: drop scan files from your local machine directly into the Nessus UI.
Adds support for OpenSSL 3.5.
Adds support for FIPS-140.3 compliance mode.
Enables Sensor Proxy connectivity from Nessus to Tenable Security Center 6.9.0 and later.
+4 moreshow less
Adds --scan-zones parameter to nessuscli link and SCAN_ZONES environment variable to the Docker run command for assigning scan zones when linking managed Nessus scanners to Tenable Security Center.
Adds platform support for Windows environments running on ARM64.
Breaking change: API file download endpoints now require session-token authentication; previously unauthenticated requests will fail.
Breaking change: API access to plugin rules is removed for users with Basic permissions.
9 details in Everything
└──▷ BREAKING ON UPGRADE
!Unauthenticated requests to download files from Tenable Nessus are no longer permitted; those requests must now be authenticated with a session token.
!API access to plugin rules has been removed for users with Basic permissions.
Brinqa is a cyber risk management platform that aggregates, correlates, and prioritizes security findings across an organization's attack surface to drive remediation workflows.
Brinqa 11.33.98 adds drill-down support on dashboard charts with complex BQL relationship queries.
Adds drill-down functionality on dashboard charts that use complex BQL queries with relationship conditions (e.g., FIND Asset THAT HAS Finding), enabling interactive exploration of data previously locked behind static charts.
Extends due date behavior now preserves the extended due date on findings tied to expired exception requests, preventing retroactive out-of-SLASLAA formal agreement between a service provider and customer that defines expected uptime, response times, and remedies for failures, giving cyber tools a contractual baseline for availability and support commitments. marking for findings remediated within their approved extension window.
Brinqa 12.0.248 adds case-insensitive search and scalability improvements for high-volume environments.
Adds case-insensitive search across the platform.
Enhanced platform scalability and performance capabilities to support high-volume customer requirements.
Improved orchestration performance to meet high-volume customer requirements.
Adds validation and sanitization for invalid date/time values during data integration sync.
4 details in Everything
└──▷ BREAKING ON UPGRADE
!GraphQL and GraphQL Explorer have been removed in version 12.
!Indicator functionality is not supported in version 12.
!Analytics Source functionality is not supported in version 12.0; dashboards that relied on Analytics Source are not available and may require reconfiguration.
!Brinqa Agents must be compatible with version 12; when configuring integrations, Cloud Server must be selected from the Server dropdown.
Brinqa 12.1.403 adds BCL-based connector filtering, multi-hop BQL traversal, bulk activate/deactivate actions, and richer API pagination.
└──▷ HOW TO FIND IT
Bulk-deactivate outdated risk scoring models at once instead of toggling each individually.
📍Navigate to Configuration › Risk Scoring Models, select the target models using the checkboxes, then choose Deactivate from the bulk actions menu.
Adds BCL condition-based filtering during connector sync, letting users control which records are imported based on attribute values.
Adds nested projection and wildcard field selection to the BQL API returningFields parameter for precise control over query response attributes.
Adds row count details to BQL API pagination responses, simplifying the construction of pagination-aware integrations.
Adds multi-hop relationship traversal in BQL, enabling recursive queries across hierarchical data such as multi-level organizational structures.
Adds Activate and Deactivate bulk actions to configuration list views for risk factors, SLASLAA formal agreement between a service provider and customer that defines expected uptime, response times, and remedies for failures, giving cyber tools a contractual baseline for availability and support commitments. definitions, risk scoring models, and status configurations.
Edgescan is a cloud-based vulnerability management platform that continuously discovers, assesses, and prioritizes security risks across web applications, APIs, and network infrastructure.
Edgescan adds Shared Credentials, Browser Recordings, and MFAMFAMulti-factor authentication, requiring proof from different categories, such as a password and a hardware key, to sign in. It reduces reliance on a password alone.-aware scanning workflows (Beta, GA Q2 2026).
└──▷ HOW TO FIND IT
Configure a reusable TOTPTOTPA one-time password algorithm (RFC 6238) that generates short-lived codes from a shared secret and the current time, giving cyber tools phishing-resistant second-factor authentication without a server round-trip.-enabled credential and attach it to a browser recording for fully automated MFA login during scans.
📍In the console, go to Shared Credentials › Create Credential, enter username and password, enable MFA, upload or scan the OTP QR code to populate the OTP URI, save the credential. Then go to Browser Recordings › Create Recording, capture the login flow including the OTP input step, and map the otp_code field from the Shared Credential to the OTP input step. Finally, assign both the Shared Credential and the Browser Recording to the target asset under its Authentication Workflow settings.
Push an out-of-band OTPOTPOne-time password: a short-lived numeric or alphanumeric code valid for a single authentication attempt, generated via TOTP or HOTP standards, giving cyber tools phishing-resistant second-factor verification without stored shared secrets. code to Edgescan via API so an API-push MFA workflow can complete authentication during an assessment.
Introduces a central Shared Credentials library at the organisation level, letting practitioners create one credential set and assign it to any number of assets instead of re-entering credentials per asset.
Adds Browser Recordings that capture real browser login flows — including multi-page, JavaScript-heavy, and MFA-prompted flows — and replay them during authenticated assessments.
Supports mapping Shared Credential fields (username, password, otp_code) to specific input steps in a browser recording, enabling credential reuse across multiple assets with the same recording.
Enables MFA-aware credentials with support for TOTP/authenticator apps, email-based OTP, SMSSMSShort Message Service, the protocol built into cellular networks for sending text messages between phones; cyber tools use it for alerting, two-factor authentication delivery, or phishing simulation over mobile channels.-based OTP, and API-push/out-of-band MFA patterns.
Supports QR code upload or scan during Shared Credential setup to automatically populate OTP URI and related TOTP fields.
+4 moreshow less
Exposes MFA API endpoints that allow external systems to push OTP codes to Edgescan, enabling out-of-band MFA coordination with browser recordings.
Adds Chrome and Snyk recording format support for browser authentication capture.
Automatically migrates existing asset-level credentials into the Shared Credentials model; credentials that cannot be precisely typed are preserved as usable Legacy entries.
Surfaces credential-to-asset and asset-to-credential usage visibility on both the Shared Credentials page and individual asset pages.
Edgescan adds vulnerability detection history timeline, visible discard notes in reports, and expanded MFAMFAMulti-factor authentication, requiring proof from different categories, such as a password and a hardware key, to sign in. It reduces reliance on a password alone./credential workflow capabilities.
└──▷ HOW TO FIND IT
Review every re-detection event for a vulnerability during a retesting cycle to build an audit trail.
📍In the Edgescan platform, open a vulnerability detail page and select the Vulnerability detection history timeline tab to see each re-detection entry logged by assessments.
Ensure pentest due dates are tracked at asset creation time so teams can prioritise PT scheduling.
📍In the Edgescan platform, go to Assets › Create Asset, complete the asset details, and populate the PT to be completed by date field before saving (Alpha/Beta feature).
Speed up MFA credential setup by scanning an authenticator QR code directly from a webcam instead of manual entry.
📍In the Edgescan platform, go to Shared Credentials › Create/Edit Credential, select OTP MFA, and choose Scan QR Code to capture the QR code via webcam and auto-populate the OTP secret (Alpha/Beta feature).
Adds a Vulnerability detection history timeline view that logs a new entry each time a vulnerability is re-detected during an assessment, providing richer retest audit trails.
Surfaces discard notes directly in the platform UI and in reports, and allows updating discard notes on already-discarded vulnerabilities.
Enables event notifications for changes to the superuser notes field.
Introduces a PT to be completed by due-date field in the asset creation workflow for pentest targets (Alpha/Beta).
Adds post-authentication stabilization options configurable within authentication workflows (Alpha/Beta).
+3 moreshow less
Supports MFA QR code scanning via webcam to auto-populate OTPOTPOne-time password: a short-lived numeric or alphanumeric code valid for a single authentication attempt, generated via TOTP or HOTP standards, giving cyber tools phishing-resistant second-factor verification without stored shared secrets. details in the shared credentials form (Alpha/Beta).
Supports uploading a QR code image to auto-populate OTP MFAOTP MFAAn authentication scheme that combines a one-time password — a code valid for a single login or short window — with a second factor, so stolen passwords alone cannot grant access. details in the shared credentials form (Alpha/Beta).
Enables bulk migration of legacy credentials to SharedCredentials, with ambiguous entries flagged as Legacy to preserve scan continuity (Alpha/Beta).
Discard a specific subset of findings by hand-picking them with checkboxes rather than relying solely on filter criteria.
📍In the Vulnerabilities view, select individual findings using the checkboxes, then choose Bulk Discard from the actions menu to discard only the checked items.
Edgescan adds recorded login sequence uploads, single insight category views, and dark mode for insight graphs.
└──▷ HOW TO FIND IT
When configuring authenticated scans, upload a recorded login sequence so Edgescan can replay credentials automatically — useful for apps with complex SSOSSOSingle sign-on, using one identity provider to sign in to multiple applications. It reduces separate passwords and centralizes account and access management. or multi-step login flows.
📍In the platform, go to Configure Scanning › Credentials, record your login sequence using the browser recorder, then upload the recording file to associate it with your asset's scan workflow.
When presenting to a CISO, isolate a single insight category to focus the dashboard view without noise from other report types.
📍In the platform, navigate to Insights and select a single category (e.g., CISO Report) from the category filter to view only that insight group.
Enables users to record a login sequence and upload it to Edgescan for automated authentication during scanning.
Supports viewing a single insight category in isolation (e.g., CISO Report) within the Insights dashboard.
Adds dark mode support for insight graphs in the platform UI.
When managing many assets at scale, supply credential vault IDs during a bulk asset create so scanners authenticate without manual per-asset configuration.
📍In the platform, go to Assets › Bulk Create/Update, and include the Credential Vault ID column in your CSV upload to associate vault credentials with each asset in one operation.
When auditing your credentials vault for redundancy, use the new duplicate filter to surface and consolidate repeated credentials before they cause scan conflicts.
📍In the platform, go to Credentials Vault, apply the Duplicates filter to identify matching credentials, then use the compare and merge controls to consolidate them.
When setting up a new asset scan, create and apply credentials inline without leaving the asset configuration view.
📍In the platform, open an Asset › Scan Configuration, select Create Credential within the credentials section, fill in the credential details, and apply it directly to the asset scan.
Saves export column selections alongside saved Asset Export filters, eliminating the need to reconfigure columns when switching between filters.
Adds controls to identify, filter, compare, and merge duplicate credentials directly within the credentials vault.
Enables credential creation and application from the asset scan configuration view, removing the need to navigate away from the asset page.
Updates the AI Insight Licence Forecast Report with org-level visibility into licence usage, expiries, and growth forecasts for capacity planning and renewal management.
Adds a legend to complex Mermaid line graphs in Insights for easier series identification.
+1 moreshow less
Extends credentials vault support to bulk asset creation and update workflows, allowing credential vault IDs to be supplied directly in bulk operations.
Edgescan adds asset assessment date filtering, AI Insights UI refresh, scoped token mappings, and a raft of workflow enhancements.
└──▷ HOW TO FIND IT
Configure a custom scope directive for a token mapping to restrict a session token to a specific path, preventing it from leaking to out-of-scope endpoints.
📍In the console, go to the asset's authentication settings, open Token Mappings, and add a custom Scope Directive tied to the relevant location specifier for the token.
Filter vulnerabilities across multiple severity levels in a single view to prioritise remediation across Critical and High findings together.
📍In the Vulnerabilities list, open the severity filter and select multiple severity levels (e.g. Critical and High) to apply a combined filter.
Scope a scheduled assessments export to a single business unit and its child organizations for targeted reporting.
📍In Scheduled Exports, create or edit an assessments export and set the Organization (with children) scope to the target organization before saving.
Adds Date of last assessment column and filter, letting users view and filter assets by the date of a specific assessment type (e.g. last pen-test date, last retest date).
Refreshes the AI Insights page with a look and feel consistent with the rest of the Edgescan interface.
Enables scoped scheduled assessment exports to a single organization and its descendants.
Adds multi-severity filtering so users can filter vulnerabilities by multiple severity levels simultaneously.
Adds retest-in-progress status to the asset badge (e.g. scanning, validating).
+8 moreshow less
Requires a standardised reason (or free-text other) when disabling an asset, enabling clean aggregation of disabled-asset data.
Adds autocomplete suggestions to Blocker category and Blocker cause filter fields.
Supports naming an EASMEASMExternal Attack Surface Management: a discipline and category of tooling that continuously discovers and monitors an organization's internet-facing assets to identify exposures before attackers do. investigation at creation time.
Automatically starts scanning internal network assets immediately after onboarding when a valid network location specifier is present, removing the need for a manual support ticket.
Adds an Organization (with children) filter to the licensing page.
Supports correct display of configured pause-schedule hours for non-integer UTC offset timezones (e.g. IST +5:30, NPT +5:45).
Automatically scopes token mappings to their associated location specifiers by default, preventing sensitive tokens from being sent out-of-scope.
Supports custom scope directives for token mappings to enable complex session-management configurations in basic auth workflows.
Edgescan adds tester notes for retests, vulnerability definitions in reports, tag visibility, and new vuln filters.
└──▷ HOW TO FIND IT
Include inline vulnerability definitions in a report so reviewers don't need to cross-reference external documentation.
📍In the console, go to Reports › Generate Report, then enable the Definitions option to embed each vulnerability's definition directly after its entry in the output.
Scope vulnerability triage by filtering out out-of-scope findings or narrowing by asset status on the Vulnerabilities page.
📍In the console, go to Vulnerabilities, open the filter panel, and apply the Out of Scope filter and/or the Asset Status filter to narrow results.
Communicate context to the operations team before a retest by attaching notes at the assessment or vulnerability level.
📍In the console, when initiating a retest assessment, enter guidance in the Tester Notes field under assessment or vulnerability notes before submitting.
Auto-populates the current asset when navigating to the Report section from an asset details page.
Adds a definitions option in report generation to display each vulnerability's definition inline, immediately after the vulnerability.
Adds a Tags column to the asset table for at-a-glance tag visibility.
Adds new vulnerability filter options: filter by out-of-scope status and by asset status.
Adds a tester notes field allowing users to provide notes to the operations team when initiating a retest assessment, via assessment and vulnerability notes.
Edgescan adds audit trail attribution, bulk asset report selection, and role-based access controlrole-based access controlRole-based access control, where permissions are assigned to roles such as reader or administrator and users receive those roles. It makes access easier to manage than individual permission lists..
└──▷ HOW TO FIND IT
Review who initiated a retest on a specific vulnerability to support change-management and accountability workflows.
📍In the console, navigate to the Audit Trail and filter by event type Retest or Vulnerability Test to see the triggering user alongside each assessment entry.
Generate a consolidated report across a subset of assets in one action rather than running separate per-asset reports.
📍In the console, go to Reports › Generate Report, use the bulk select checkbox to choose multiple assets, then proceed to generate the report.
Restrict a team's access to only the assets and data relevant to their function by assigning a custom role.
📍In the console, go to Settings › Roles, create or select a role with the desired resource permissions, then assign it to the target users under User Management.
Adds audit trail entries that identify which user triggered a retest or vulnerability assessment.
Enables bulk selection of multiple assets when generating reports.
Introduces role-based authorization support, allowing created and assigned roles to control access to resources within an Edgescan account.
Edgescan adds asset-creation notifications, AI Insights asset filtering, configurable asset exports, and improved CWECWECommon Weakness Enumeration, a catalog of recurring software and hardware weakness types. It describes classes of mistakes, such as injection, rather than individual vulnerability instances./assessment-export filtering.
└──▷ HOW TO FIND IT
Receive an alert in your notification pipeline the moment a new asset is added to Edgescan — useful for triggering automated onboarding workflows.
📍In the Edgescan console, go to Notifications › Events, create a new event, and select the Asset Created event type as the trigger condition.
Generate a focused AI Insight scoped to a specific asset group (by ID or tag) without overwriting the shared organization Insight.
📍In the Edgescan console, go to AI Insights, apply the Asset IDs or Tags filter to scope the data, then select Generate Personal Insight to produce an individual report.
Produce a clean asset report without risk-over-time graphs — useful for executive summaries where trend charts add clutter.
📍In the Edgescan console, go to Asset Reporting › Export, open the report configuration options, and uncheck Include risk-over-time graphs under the Asset List section before exporting.
Adds a new notification event triggered when an asset is created, enabling teams to react in real time to asset inventory changes.
Enables filtering of AI Insights data by asset IDs and tags, and supports generating personal Insights without affecting the organization-wide Insight.
Adds an option to omit risk-over-time graphs from the Asset List section of asset reports for cleaner exports.
Supports both numeric (e.g. 79) and full string (e.g. CWE-79) input when filtering vulnerabilities by CWE in the UI.
Applies active UI filters to Assessment Exports so the exported data matches exactly what is currently displayed.
+1 moreshow less
Renames schedule sections in the UI to clearly distinguish Assessment Schedules from Scheduled Exports & Reports.
Edgescan adds webhook note payloads and new CISO AI Insight reporting period and time-unit controls.
└──▷ HOW TO FIND IT
Capture full note text in a webhook consumer to automatically route triage notes into a ticketing system when an analyst adds a note in Edgescan.
📍In the console, go to Integrations › Webhooks, select your webhook, and enable the note-added trigger — the event payload will now include the note content field.
Scope a CISO AI Insight report to the last completed quarter for board-ready quarterly risk summaries.
📍In the console, go to Insights › CISO Report, open the reporting period selector, and choose Last completed quarter.
Adds note content to webhook event payloads when the note-added trigger fires, enabling downstream systems to consume full note context.
Enables setting the CISO AI Insight report's time period to last completed quarter and similar discrete reporting intervals.
Displays FTE time-saved calculations in hours (instead of minutes) on the CISO AI Insight report for clearer workforce-impact communication.
Edgescan reports now surface EXF, EPSSEPSSExploit Prediction Scoring System, an estimate of the probability that a published vulnerability will be exploited in the next 30 days. It helps prioritize investigation and patching., and CISA KEVCISA KEVA catalog maintained by the US Cybersecurity and Infrastructure Security Agency listing vulnerabilities confirmed to be actively exploited in the wild, giving cyber tools a vetted, authoritative prioritization signal. scoring metrics alongside each vulnerability.
└──▷ HOW TO FIND IT
Generate a vulnerability report to see exploit feasibility (EXF), EPSS probability, and CISA KEVKEVCISA's Known Exploited Vulnerabilities catalog, a list of vulnerabilities with evidence of exploitation in real attacks. It helps teams prioritize fixes for problems attackers already use. status in a single export for faster triage.
📍In the Edgescan console, navigate to Reports, generate a vulnerability report, and review the EXF, EPSS, and CISA KEV columns now included for each finding.
Adds EXF, EPSS, and CISA KEV indicators to generated vulnerability reports for richer prioritization context.
Edgescan adds Out of Scope discard reason, discard reason in exports, and an automatic retest queue.
Adds Out of Scope as a selectable discard reason when dismissing vulnerabilities.
Includes discard reason field in vulnerability exports for audit and reporting workflows.
New retest queue automatically schedules vulnerability retest requests that cannot fit into the current ongoing retest, eliminating manual retry loops.
Cloudmersive Release Notes is an RSS feed that tracks and publishes updates, improvements, and changes made to Cloudmersive's suite of APIs and developer tools.
Cloudmersive Cloud Virus API v11-9-1 adds enhancements to the Scan Website capability.
Enhances Scan Website functionality with new improvements for web-based threat detection.
1 detail in Everything
2 more releases in this issue
· 2026-06-24 → 2026-07-11
ssh-audit v3.9.0 adds post-quantumpost-quantumCryptography designed to stay secure against a large quantum computer, which could break today's RSA and elliptic-curve keys. NIST standardized the first algorithms in 2024 as ML-KEM, ML-DSA and SLH-DSA. warnings, UNIX socket scanning, SOCKS5SOCKS5A proxy protocol that relays TCP and UDP traffic through an intermediary server without inspecting it, letting cyber tools tunnel connections through firewalls or pivot hosts with minimal overhead. proxy support, and built-in hardening guides.
└──▷ GET THIS VERSION
$ git clone --branch v3.9.0 https://github.com/jtesta/ssh-audit.git
# already have the repo? check out this version:$ git checkout v3.9.0
└──▷ TRY IT
Audit an SSH daemon exposed only via a UNIX socket inside a container or CI/CD pipeline — no TCPTCPA network protocol that delivers a reliable, ordered stream of bytes between two endpoints. It detects lost data and retransmits it. port required.
$ ssh-audit unix:///run/ssh-unix-local/socket
Scan an internal host through a SOCKS5 jump proxy — useful when direct connectivity to the target is unavailable.
Adds warnings on all key exchanges lacking post-quantum protection, flagging exposure to Harvest Now, Decrypt Later attacks.
New --list-hardening-guides and --get-hardening-guide flags surface built-in hardening guides for common platforms (Debian, Ubuntu, Rocky Linux, OpenSSH) without requiring internet access.
Supports scanning SSH servers over UNIX sockets (e.g. unix:///path/to/socket), enabling auditing in containerized and CI/CD environments.
New --socks5 host:port flag enables scanning through a SOCKS5 proxy (implies --skip-rate-test).
Identifies 2 new post-quantum key exchanges: mlkem768nistp256-sha256 and mlkem1024nistp384-sha384.
+6 moreshow less
Identifies 11 new host key types including ML-DSAML-DSANIST's main post-quantum digital signature standard (FIPS 204), formerly Dilithium. It is the planned replacement for RSA and ECDSA signatures on certificates and code. variants (mldsa-44, mldsa-65, mldsa-87, and OpenSSH-namespaced equivalents) and webauthn-sk-ecdsa-sha2-nistp256-cert-v01@openssh.com.
Identifies 2 new ciphers: AEAD_CAMELLIA_128_GCM and AEAD_CAMELLIA_256_GCM.
Adds allow_hostkey_subset_and_reordering policy option, letting policy definitions accept targets with a stricter or differently-ordered host key list.
Adds built-in policies for OpenSSH 10.0 through 10.4 and new platform guides for Debian 13, Rocky Linux 10, and Ubuntu 26.04.
Removes SSHv1 support entirely.
Batch mode (-b) no longer implicitly enables verbose mode; use -v explicitly when needed.
11 details in Everything
└──▷ BREAKING ON UPGRADE
!Support for Python 3.8 has been dropped, so setups running ssh-audit on Python 3.8 will no longer work.
!Support for Python 3.9 has been dropped, so setups running ssh-audit on Python 3.9 will no longer work.
!SSHv1 support has been removed, so any scans or configurations relying on SSHv1 scanning will no longer function.
!Batch mode (-b) no longer automatically enables verbose mode, so scripts or workflows that depended on batch mode implying verbose output will see less output unless -v is explicitly added.
Axonius is a cybersecurity asset management platform that discovers, inventories, and manages all devices, users, and cloud assets across an organization's environment.
Axonius 9.0.2 adds CISA Vulnrichment, Latest Snapshot View, Ingestion Rules set_value, 4 new adapters, and SAMLSAMLA standard for passing signed identity assertions between a sign-in provider and an application. It lets a user sign in through their organization's identity provider. Visiting Data Scopes.
└──▷ HOW TO FIND IT
Run stable asset queries during an active discovery cycle without waiting for it to complete.
📍In the Axonius console, open any asset table, click the View selector at the top, choose Latest Snapshot View, then run your query — results reflect the last completed discovery and remain stable while a new cycle is in progress.
Dynamically normalize vendor name casing during adapter ingestion to keep asset data consistent across sources.
📍In Axonius console, go to Ingestion Rules › create or edit a rule › add a Post-Action of type set_value, set the target field to vendor, choose the trim_prefix or regex_extract transformation, and save — the rule applies the transformation to every record ingested from the configured adapter.
Prevent stale resolved CVEs from reappearing in the platform after a re-fetch.
📍In the Axonius console, navigate to an adapter's Advanced Settings › Adapter Configuration, locate 'Ignore Security Findings fixed more than X days ago', set X to your desired retention window (e.g., 30), and save the connection.
Adds CISA Vulnrichment as an out-of-the-box vulnerability enrichment source, providing CWECWECommon Weakness Enumeration, a catalog of recurring software and hardware weakness types. It describes classes of mistakes, such as injection, rather than individual vulnerability instances. mappings, affected product data, and SSVCSSVCA decision-support framework for vulnerability prioritization, maintained by CISA and Carnegie Mellon's CERT/CC, that uses stakeholder-specific decision trees to guide patch and remediation timing instead of relying on numeric scores alone. metrics.
New CVE Enrichment Settings section under System Settings > Enrichment consolidates control over 24 vulnerability enrichment sources with granular field selection.
Introduces Latest Snapshot View — a point-in-time, read-only view of asset data isolated from live discovery cycles, enabling faster and stable query results during active discovery.
Rebuilt data tables from the ground up, removing column limits, adding column pinning in Edit Columns, and replacing hover-based row actions with a three-dot menu.
Adds Markdown support to Dashboard Text Widgets, enabling formatted headings, bold text, and other markup directly in the widget editor.
+22 moreshow less
Renames Findings to Monitoring across the platform, with updated navigation, page headers, table columns, filters, and rule-creation drawer.
New 'Ignore Security Findings fixed more than X days ago' setting on Adapter Configuration pages prevents stale CVE/Security Findings from being reintroduced.
Adds two new Adapter Connection notification triggers: alert when no fetch started in X days, and alert when no successful fetch completed in X days.
Ingestion Rules gain a new set_value post-action enabling dynamic field assignment during adapter data ingestion, supporting static literals, field-to-field copying, and built-in transformations (trim_prefix, trim_suffix, trim_regex, regex_extract).
New System Settings control for parallel task count during Network Routes enrichment, overriding automatic CPUCPUThe main general-purpose processor in a computer. It runs application instructions and coordinates work with memory and other hardware.-based calculation.
SAML user assignment rules now support a Visiting Data Scopes field, enabling automatic data scope access for matched users at login.
Dashboard Chart Click-Through now opens the Asset Table using the view associated with the clicked chart segment, preserving context across chart types.
New adapter: Broadcom Layer7 API Gateway (fetches Users, Application Resources).
New adapter: Figma (fetches Users, Groups, Audit Activities).
New adapter: UKG Pro HCM Reports-as-a-Service (fetches Users via SOAP/Cognos).
BIND adapter adds TSIGTSIGA DNS authentication mechanism defined in RFC 2845 that uses shared secret keys and HMAC to sign DNS messages, letting resolvers and servers verify that updates or zone transfers come from a trusted peer. key authentication for DNS zone transfers (TSIG Key Name, TSIG Key Secret, TSIG Algorithm settings).
Cloudflare DNS adapter supports account-owned API tokens (cfat_ prefix) via a new optional Account ID connection setting.
CrowdStrike Falcon adapter adds Fetch Cases advanced setting to access the Cases API.
Cisco Firepower Management Center adapter adds ARPARPA network protocol that maps IP addresses to MAC addresses on a local Ethernet segment, letting tools resolve layer-3 targets to layer-2 hardware addresses for packet crafting or host discovery. table data fetching and a new Firewall Name field on Firewall Rule assets.
BeyondTrust Privilege Management Cloud adapter adds blocked application event data fetch from the v2 Events API with configurable time range, page size, and event action filters.
A10 adapter adds fetching of load balancer configuration data including service groups, partitions, listeners, and endpoint details.
BitSight Security Ratings adapter adds observations data fetch, including vulnerabilities and company findings.
FortiSASE adapter now fetches Devices and Installed Software, with a new advanced setting to enable or disable software fetching.
Google Cloud Platform adapter adds fetching of Google App Engine instances as Compute Services assets.
Infoblox DDI adapter enriches IPAM statistics directly onto Network assets as new fields (Network, Conflict Count, Unmanaged Count, Utilization) instead of creating separate device assets.
Axonius documentation now exposes llm.txt and markdown views for AI consumption, reducing inference costs for AI-assisted workflows.
27 details in Everything
└──▷ BREAKING ON UPGRADE
!Bitbucket Cloud V2 connections require workspace slugs to be added after upgrading, as the /user/workspaces endpoint has been deprecated and a new Workspace Slugs connection setting is now required.
!Com Laude domain records have been changed from the Devices asset type to Domains & URLs; existing queries that filter Devices by domain-related fields may need to be updated to query URLs instead.
!Infoblox DDI A Records (record:a) and Shared A Records (sharedrecord:a) are now parsed as Domains & URLs instead of Devices; any saved queries, Enforcement Actions, dashboards, reports, or workflows targeting these records as Devices will need to be updated to use Domains & URLs instead.
Intruder is a cloud-based vulnerability scanner that continuously monitors and identifies security weaknesses in internet-exposed systems, helping businesses reduce their attack surface.
Intruder adds native Linear integration to push vulnerabilities directly into Linear teams, projects, and backlogs.
└──▷ HOW TO FIND IT
Connect Linear and configure auto-create rules so critical and high findings flow into your backlog automatically.
📍In the Intruder console, go to Integrations → Linear, connect your workspace, then set auto-create rules by severity (e.g. Critical and High) and select the target Linear team and project.
New Linear integration: connect your Linear workspace from Intruder settings to push vulnerabilities without leaving the platform.
Supports one-click push of any issue to a chosen Linear team and project.
Enables auto-create rules to automatically raise Linear tickets based on vulnerability severity.
Displays linked Linear tickets inline in the issue list and issue details panel.
Includes test-issue feature to validate integration configuration before going live.
5 details in Everything
3 more releases in this issue
· 2026-06-15 → 2026-07-09
Intruder adds Docker Hub integration for automated container image vulnerability scanning within the portal.
└──▷ HOW TO FIND IT
Connect a Docker Hub account to bring container images into Intruder's vulnerability monitoring alongside existing cloud targets.
📍In the Intruder portal, go to Discovery → Container Images → click Add registry (top right) → select Docker Hub → enter your Personal Access Token (PAT) to authenticate and begin repository discovery.
Connects multiple personal or organisation Docker Hub accounts via Personal Access Token (PATPATA personal access token, a credential used by scripts and integrations instead of a user's password. Its permissions and expiry depend on the service issuing it.) for container image scanning.
Automatically discovers repositories, including tags and last-pushed dates, with on-demand refresh support.
Enables adding a custom tag to create a scan target and trigger an immediate vulnerability scan.
Runs automatic daily rescans and instant rescans when a tag points to a new image version.
Intruder adds regex tag matching for container image targets, enabling accurate scoping across mixed or non-standard tagging conventions.
└──▷ HOW TO FIND IT
Target only production-tagged images across repos that mix semver and custom suffixes, without manually updating the tag each release.
📍In the console, go to your container image target › Tag rule › select Regex, then enter your pattern (e.g. ^v\d+\.\d+\.\d+$) and save.
New regex tag-matching rule for container image targets lets you define a custom pattern to consistently resolve the correct image version.
Supports dynamic targeting: the target automatically follows the latest tag matching the regex as new image versions are pushed.
Enables accurate scoping across repositories with mixed conventions (e.g., semver, -dev suffixes, or custom schemes) where exact-match and semver rules fall short.
Intruder launches Attack Surface view: unified perimeter visibility with port, service, and web screenshot coverage.
└──▷ HOW TO FIND IT
Spot every host exposing a database port (e.g. 5432) across your entire perimeter before an auditor or attacker does.
📍In the Intruder portal, go to Attack Surface (left nav) › filter by Port: 5432 to see every target with PostgreSQL exposed.
Identify certificates expiring soon across all targets to prevent unexpected lapses in production services.
📍In the Intruder portal, go to Attack Surface (left nav) › filter by Certificate Expiry to surface certs about to lapse.
New Attack Surface view consolidates every exposed port across all monitored targets into a single list, showing the service and software version behind each.
Displays screenshots of every exposed web service so practitioners can instantly distinguish forgotten admin panels from intended login pages.
Enables search and filtering by port, service, or product to identify all targets running a specific service in seconds.
Adds filtering by host status or certificate expiry to surface newly appeared services or TLS certificates approaching lapse.
Available on Cloud and Pro plans, with port coverage scaling by plan tier.
runZero is a network discovery and asset inventory platform that scans environments to identify and manage all connected devices, including unmanaged and OT assets.
runZero 5.0.260707.0 adds per-source stale threshold overrides and a software count drill-down link in asset inventory.
└──▷ HOW TO FIND IT
Set a tighter stale threshold for a high-churn integration source (e.g., a cloud connector) without affecting the global expiration policy for all other integrations.
📍In the console, go to Organization Settings (or Account Settings) › Integrations, select the integration source, and set a stale threshold override value for that source.
Supports per-integration stale threshold overrides for the stale integration attribute expiration feature, configurable in organization and account settings; integrations without an override continue to use the global setting.
Software count column in the asset inventory now links directly to the software inventory for faster drill-down.
2 details in Everything
6 more releases in this issue
· 2026-06-17 → 2026-07-07
Schedule a recurring weekly vulnerability report for external stakeholders who need no runZero account to review findings.
📍In the console, go to Reports, select a supported view (e.g., Vulnerability Groups), choose Schedule Report, set recurrence to Weekly, add recipient email addresses, and save — recipients receive an interactive HTML snapshot with CSV/JSON export options.
Initiate a remediation workflow and link it to Jira directly from a prioritized exposure finding.
📍In the console, open an exposure, finding, or vulnerability group, click Create Remediation Issue, confirm the auto-populated Name/Description/Remediation fields, select your Jira credential and project key, configure the state mapping, and click Push as External Ticket.
New Exposure Management dashboard as the default landing view, surfacing prioritized exposures with separation of OT/IoTIoTA collective label for internet-connected physical devices — sensors, cameras, routers, appliances — that tools target because they run embedded firmware with limited patching and broad network exposure. streams, MTTR tracking, issue status totals, reopened-issue trends, vulnerability status trends by severity, and a Goals progress widget.
Adds Remediation Workflows: create a Remediation Issue in one click from an exposure, finding, or vulnerability group, with auto-populated fields and push-to-Jira integration including custom state-to-state mapping.
Enables verified remediation closure: runZero preserves a compressed snapshot of the original exposure state and compares it against live discovery on scheduled scans to confirm fixes, with automatic reopened-issue tracking.
Adds searchable, sortable Recurrences and Last Recurrence columns to the Issues inventory, and due-date alert rules that fire email or webhook notifications when a Remediation Issue exceeds a configured number of days past due.
Adds Recurring External Reporting: schedule weekly or monthly interactive HTML snapshot reports from supported dashboards and views, deliverable by email to recipients without a runZero account, with CSV, JSON Lines, JSON, and PNG export options.
+6 moreshow less
New version-based vulnerability rollups match OS, hardware, and software versions against known advisories and report a consolidated Missing Patches for [Vendor] [Product] finding per asset, aggregating all affected CVEs with KEVKEVCISA's Known Exploited Vulnerabilities catalog, a list of vulnerabilities with evidence of exploitation in real attacks. It helps teams prioritize fixes for problems attackers already use. signal promotion to High severity.
Adds out-of-band blind vulnerability detection using runZero-hosted services in US and EU regions, requiring no customer-side infrastructure.
Adds end-of-life and end-of-support detection for common network devices (Cisco, Juniper, HPE/Aruba) derived from existing discovery fingerprints without additional scanning or credentials.
Exposes version-based reporting control per organization via the public Account API using the vmatch_enabled setting.
Expands fingerprint coverage by approximately 1,100 fingerprints (649 added, 469 updated) across enterprise IT, industrial/OT platforms (Siemens, Schneider Electric, Rockwell Automation), and consumer IoT devices since version 4.9.
Adds an explicit archived filter to vulnerability search, preserving vulnerabilities referenced by active issues from stale-vulnerability cleanup.
runZero 5.0.260618.0 adds all-asset alert queries, on-demand alert runs, expanded GE-SRTP ports, ADBADBAndroid Debug Bridge, a command-line tool maintained by Google that lets a host machine communicate with an Android device over USB or TCP, giving cyber tools shell access, file transfer, and app control. STLS metadata, and richer InsightVM integration.
Adds option in alert rule queries to cover all assets, not just live assets.
Enables on-demand execution of alert rules without waiting for a scheduled run.
Expands scanner coverage to additional default ports for the GE-SRTP protocol.
Captures metadata from ADB STLS service responses during scanning.
Includes asset hostnames in the Rapid7 InsightVM Cloud Integration.
+1 moreshow less
Improves asset correlation to disallow extensively reused IPs (e.g., from VPNVPNA virtual private network, an encrypted tunnel between devices or networks. It carries traffic across another network as though the endpoints had a private connection. systems) as match criteria.
Censys is an internet intelligence platform that continuously scans and indexes internet-connected devices, helping security teams discover and monitor exposed assets and vulnerabilities.
Censys Active DNS goes GA, adds Live Resolution, 11 new fingerprints, GOPHER scanner, and 2 new ASMASMAttack Surface Management: the continuous practice of discovering, inventorying, and monitoring an organization's externally exposed assets so that cyber tools can flag unknown or misconfigured entry points before attackers find them. CVE risk fingerprints.
└──▷ HOW TO FIND IT
Surface all exposed Cacti servers in your ASM workspace that are vulnerable to the newly tracked pre-auth SQL injectionSQL injectionAn attack that makes an application treat untrusted input as part of a database command. It can expose or modify data by changing what the query does. CVE.
📍In the ASM web console, go to Risk Types configuration and enable Vulnerable Cacti Server [CVE-2026-39955], then filter your risks view with: risks.name:Vulnerable Cacti Server [CVE-2026-39955]
Check whether a domain your team is investigating currently resolves in DNS, even if it isn't yet indexed in Censys datasets.
📍In Censys Search or Censys Core, open the Active DNS section, enter the target FQDN, and select Live Resolution to retrieve real-time DNS records or confirm the domain does not currently resolve.
Hunt for Wordfence Security plugin installations across the internet to identify WordPress assets in your scope.
$ In Censys Search, run the query: services.software.product:`Wordfence Security`
Censys Active DNS is now generally available to all Censys Search and Censys Core users, enabling domain-to-host relationship mapping, infrastructure change analysis over time, and extensive DNS record review.
New Live Resolution feature lets users retrieve DNS records for domains not currently present in Censys datasets, with explicit confirmation when an FQDN does not resolve.
Adds 11 new platform fingerprints covering hardware (D-Link DCS Network Camera), firmware (Lantronix G Series), and software (Wordfence Security, Advanced Custom Fields, All in One SEO, Autoptimize, and more WordPress plugins).
New GOPHER protocol scanner added to the Platform, available to Starter, Search, and Core users.
Two new ASM risk fingerprints added for Vulnerable Cacti Server CVE-2026-39938 (unauthenticated local file inclusion / potential RCERCERemote code execution, the ability to run attacker-chosen code on another system through a vulnerability. Its impact depends on the permissions and access that code receives.) and CVE-2026-39955 (pre-auth SQL injection in graph_view.php) on Cacti 1.2.30 and prior.
5 details in Everything
3 more releases in this issue
· 2026-06-16 → 2026-07-06
Censys adds 16 new software/hardware fingerprints and a Gogs RCERCERemote code execution, the ability to run attacker-chosen code on another system through a vulnerability. Its impact depends on the permissions and access that code receives. risk detection (CVE-2026-52813) to Platform and ASMASMAttack Surface Management: the continuous practice of discovering, inventorying, and monitoring an organization's externally exposed assets so that cyber tools can flag unknown or misconfigured entry points before attackers find them..
└──▷ TRY IT
Identify internet-exposed OpenVPN instances in your ASM inventory to audit unexpected VPNVPNA virtual private network, an encrypted tunnel between devices or networks. It carries traffic across another network as though the endpoints had a private connection. endpoints.
$ Platform query: software.product: OpenVPN
Surface assets in your ASM workspace that are vulnerable to the Gogs RCE (CVE-2026-52813) for immediate patching prioritization.
$ risks.name: "Vulnerable Gogs [CVE-2026-52813]"
Enable the new Gogs CVE-2026-52813 risk type if it was disabled by default in your workspace.
📍In the ASM web console, go to Settings › Risk Type Configuration and enable Vulnerable Gogs [CVE-2026-52813].
Adds 15 new Platform software fingerprints covering OpenVPN, Tor, TeamViewer, FreeSWITCH, OpenFlow, RTMP, Redfish, HL7, Bubble, Lovable, Replit, Synergy, EZVIZ IP Camera, GeoVision NVR, Reolink IP Camera, and Windows CE embedded OS.
New ASM risk fingerprint detects hosts running Gogs versions vulnerable to CVE-2026-52813, an unauthenticated path traversal enabling remote code executionremote code executionRemote code execution, the ability to run attacker-chosen code on another system through a vulnerability. Its impact depends on the permissions and access that code receives. via Git hook overwrite.
All new fingerprints are queryable in the Censys Platform; new ASM risk types may be disabled by default and must be reviewed in the ASM web console risk type configuration.
Censys adds bulk API asset tagging, Okta SCIMSCIMA standard for creating, updating and removing user accounts and groups across applications. It helps an identity provider keep access in sync when people join, change roles or leave. provisioning, 8 new protocol scanners, and 6 new software fingerprints.
└──▷ TRY IT
Identify all exposed Splunk instances in your ASMASMAttack Surface Management: the continuous practice of discovering, inventorying, and monitoring an organization's externally exposed assets so that cyber tools can flag unknown or misconfigured entry points before attackers find them. workspace that are potentially vulnerable to the newly tracked CVE-2026-20253 RCERCERemote code execution, the ability to run attacker-chosen code on another system through a vulnerability. Its impact depends on the permissions and access that code receives. flaw.
Confirm new ASM risk fingerprints (like the Splunk CVE risk) are enabled — they may be off by default.
📍In the ASM web console, go to Settings › Risk Type Configuration and review newly added risk types to enable them for your workspace.
Adds bulk asset tagging via API: assign or un-assign a tag to every asset matching a CenQL query in a single operation.
Supports SCIM provisioning via Okta, enabling Platform Admins to automatically provision and de-provision Censys users from their IdPIdPA service that authenticates users and supplies identity information to other applications. It is the sign-in authority behind many single sign-on systems..
Adds 8 new protocol/application scanners: CLICKHOUSE_NATIVE, CLICKHOUSE_HTTP, OPENFLOW, REOLINK_BAICHUAN, RTMP, SYNERGY, WINCE_CERDISP, and WORDPRESS.
Adds 6 new software fingerprints: REDCap, Joomla, Joomla Content Editor (JCE), WooCommerce, ChromaDB Admin, and Splunk.
Adds new ASM risk fingerprint detecting Vulnerable Splunk Enterprise instances affected by CVE-2026-20253 (unauthenticated arbitrary file creation/truncation leading to RCE), queryable via risks.name:Vulnerable Splunk Enterprise [CVE-2026-20253].
Censys adds a lightweight Host Enrichment API built for high-volume SOCSOCA security operations center, the team or function that monitors threats, investigates alerts and coordinates incident response. Its work can be internal, outsourced or shared. automation in SIEMSIEMSecurity information and event management, collecting logs from many systems and correlating events to find suspicious activity. Analysts use it to investigate alerts and incidents./SOARSOARSecurity orchestration, automation and response, coordinating incident workflows across tools. Playbooks can gather evidence, assign work or carry out approved response actions. pipelines.
New Host Enrichment API delivers a curated, fixed subset of IPv4/IPv6IPv6The current version of the Internet Protocol, standardized by the IETF, using 128-bit addresses to replace the exhausted IPv4 space. Cyber tools target it because modern networks run dual-stack or IPv6-only. host data optimized for high-volume, automated lookups without traditional credit consumption.
Supports SIEM and SOAR integrations, enabling SOC teams to operationalize external internet data at scale.
Twingate adds Authentication Audit Logs with exportable success/failure events for logins, resource access, and MFAMFAMulti-factor authentication, requiring proof from different categories, such as a password and a hardware key, to sign in. It reduces reliance on a password alone..
New Authentication Audit Logs surface per-event success and failure data for Client logins, Resource access attempts, and MFA setup.
Enables export and sync of authentication event data for SIEMSIEMSecurity information and event management, collecting logs from many systems and correlating events to find suspicious activity. Analysts use it to investigate alerts and incidents. ingestion, compliance auditing, and troubleshooting workflows.
Twingate adds a Billing Admin role that scopes users to plan and payment management only.
└──▷ HOW TO FIND IT
Restrict a finance team member to billing management only, keeping them out of network and access settings.
📍In the Admin Console, go to Team › Users, select the user, and assign the Billing Admin role under their role settings.
New Billing Admin role lets admins grant billing-only access to users who need to manage plans and payments without exposing the rest of the Admin Console.
Twingate Admin Console adds Connector deployment guides for Ubiquiti, ZimaOS, and CasaOS.
└──▷ HOW TO FIND IT
Deploy a Twingate Connector into a ZimaOS or CasaOS homelab environment using the new guided workflow.
📍In the Admin Console, go to the Connector Deployment page, select your target environment (Ubiquiti, ZimaOS, or CasaOS), and follow the step-by-step deployment guide.
Adds step-by-step Connector deployment guides for Ubiquiti, ZimaOS, and CasaOS environments in the Admin Console.
Improves Connector Deployment page UX to make it easier to find the right deployment method for your environment.
Twingate adds Just-in-Time access requests with time-limited grants and optional admin approval workflows.
└──▷ HOW TO FIND IT
Enable a JITJITA runtime compilation strategy where code is translated from an intermediate form to native machine instructions at execution time, giving tools the speed of compiled code without sacrificing dynamic flexibility. workflow requiring admin approval for a sensitive Resource — ideal for production databases or critical infrastructure in incident response scenarios.
📍In the Admin Console, go to the target Resource › Access › Enable Just-in-Time Access, set approval mode to Require Admin Approval, and configure the maximum access duration (e.g., 4 hours).
Configure auto-approved JIT access for a Resource where access needs to be audited but not gated — useful for low-risk Resources where logging is the primary goal.
📍In the Admin Console, go to the target Resource › Access › Enable Just-in-Time Access, set approval mode to Auto-Approve, and set the maximum access duration (e.g., 1 day).
New JIT Access Request workflows let admins grant users on-demand, time-limited access to Resources (1 hour to 7 days).
Supports two approval modes: require explicit admin approval or auto-approve for audit-only tracking.
Enables break glass incident response protocols by controlling and logging access to sensitive Resources.
Twingate Clients now support simultaneous sign-in to multiple accounts across different networks on macOS, iOS, and Windows.
└──▷ HOW TO FIND IT
Switch between a personal and a corporate Twingate account simultaneously without logging out — useful for admins managing multiple tenant networks.
📍In the Twingate client (macOS, iOS, or Windows), open the account menu and select Add Account, then sign in with a second set of credentials. Both accounts appear in the client and can be individually paused or activated.
Enables simultaneous sign-in to multiple Twingate accounts (e.g., home, work, or multiple admin accounts) from a single client session.
Supports per-account connection pausing without requiring logout or quitting the client.
Multi-account support available on macOS, iOS, and Windows clients, with Android and Linux coming soon.
Twingate adds Privileged Access for SSH: register servers as SSH Resources with IdPIdPA service that authenticates users and supplies identity information to other applications. It is the sign-in authority behind many single sign-on systems. auth, cert-based authN, and session recording.
└──▷ HOW TO FIND IT
Enable SSH Resource session recording output for forwarding to a SIEMSIEMSecurity information and event management, collecting logs from many systems and correlating events to find suspicious activity. Analysts use it to investigate alerts and incidents. — navigate in the Twingate Admin Console to configure the SSH Resource.
📍In the Admin Console, go to Resources › Add Resource, select SSH as the resource type, specify your server address, and enable session recording to capture asciicast output for SIEM forwarding.
Adds SSH Resources: register servers and VMs in Twingate and let users connect via existing SSH tools without managing or distributing SSH keys.
Enables identity-provider authentication for SSH sessions through the Twingate Identity Firewall, eliminating credential sprawl and bastion hosts.
Gateway handles certificate-based authentication to target servers on behalf of users, removing the need for per-user SSH key management.
Records every SSH session to stdout in asciicast format, ready to forward to a SIEM or replay for audit review.
Twingate adds per-Resource Approver Groups so non-Admin teams can review and approve JITJITA runtime compilation strategy where code is translated from an intermediate form to native machine instructions at execution time, giving tools the speed of compiled code without sacrificing dynamic flexibility. access requests.
└──▷ HOW TO FIND IT
Delegate JIT access approvals for a sensitive resource to its owning team so Admins aren't a bottleneck.
📍In the Admin Console, go to Resources › select a Resource › Access › Resource Approvers, then add one or more Groups whose members should review and approve Access Requests for that Resource.
Enables delegation of JIT Access Request approvals to designated Groups on a per-Resource basis, without granting full Admin privileges.
Supports configuring one or more Groups as Resource Approvers, letting resource-owning teams manage their own access requests.
Twingate adds Resource Exclusions to route specific addresses around Twingate infrastructure while keeping audit-log traceability.
Enables per-address bypass routing so specific addresses within a broader Resource scope (e.g., a public subdomain under a wildcarded corporate domain) go directly via the local OS, skipping Twingate Connectors and Relay.
Audit-logs every routing-mode change on a Resource, making bypass decisions explicit and traceable rather than invisible gaps.
Twingate Linux Client adds userspace networking via HTTP Proxy Mode — no root or elevated privileges required.
New userspace networking mode for the Twingate Linux Client eliminates the need for root or elevated privileges.
New HTTP Proxy Mode enables secure access to Twingate-protected resources over standard HTTP/HTTPSHTTPSHTTP carried over an encrypted TLS connection. It protects traffic in transit and lets a browser verify the server's certificate. connections.
Supports headless and restricted environments, enabling use in CI/CD pipelines, Docker containers, and developer workstations without admin access.
VNS3 Controller is a virtual network appliance that secures and connects cloud infrastructure through encrypted overlays, firewalling, and network function virtualization.
VNS3 7.1.1 adds AI-assisted IPsecIPsecA suite of IETF protocols that authenticate and encrypt IP packets at the network layer, giving cyber tools a standards-based way to build VPNs or secure host-to-host tunnels without modifying applications. diagnostics and live plugin instance upgrades without disrupting running configurations.
└──▷ HOW TO FIND IT
Reach the AI Diagnostics advisor to troubleshoot a failing site-to-site IPsec tunnel without opening a support ticket.
📍In the VNS3 Controller UI, navigate to the target IPsec connection, select the Advice option, enter your Cohesive auth token when prompted, and submit your IPsec configuration question to receive AI-generated diagnostics.
Introduces Connection Advisor with AI Diagnostics (Beta): an Advice option on VNS3 Controllers lets administrators ask for help configuring the controller or troubleshooting site-to-site IPsec connections (requires Cohesive auth token and active support contract).
Enables in-place plugin instance upgrades: a running plugin's full configuration can now be migrated to a new instance/version on the same VNS3 controller, starting at the same network address once the old instance is stopped.
Cisco Duo Desktop is an endpoint security application that verifies device health and security posture before granting users access to protected resources.
Duo Desktop adds Microsoft Defender for Endpoint detection on Linux, Ubuntu 26.04 LTS support, and major macOS agent-detection performance gains.
Adds detection for Microsoft Defender for Endpoint on Linux (v4.6.0).
Supports Ubuntu 26.04 LTS on Linux; drops support for Ubuntu 23.04 and 20.04 LTS (v4.6.0).
Significantly improves performance of security agent detection on macOS (v7.18.0.0).
Prepares internal groundwork for upcoming Cynet and Check Point security agent detection on macOS (v7.18.0.0).
4 details in Everything
└──▷ BREAKING ON UPGRADE
!Support for Ubuntu 23.04 and Ubuntu 20.04 LTS is dropped in Duo Desktop for Linux version 4.6.0.
!Support for macOS 10.15 is removed in Duo Desktop for macOS version 7.5.0.0.
DNSFilter is a cloud-based DNS security platform that blocks malicious websites, filters harmful content, and protects networks from cyber threats in real time.
DNSFilter Partner Portal relaunched with magic-link access and local lesson progress tracking.
3 more releases in this issue4 more releases in this issue · 2026-06-15 → 2026-06-30
DNSFilter adds a CyberSight Agent compatibility warning banner to flag outdated Roaming Client versions.
New compatibility warning banner in CyberSight alerts when the Roaming Client version on a device is incompatible with the current CyberSight feature set, prompting an upgrade before relying on CyberSight data.
macOS Roaming Client v2.4.2 adds component version mismatch detection to catch post-upgrade inconsistencies.
└──▷ HOW TO FIND IT
After an MDMMDMMobile device management, centrally configuring and managing enrolled devices. Administrators use it to apply settings, distribute applications and enforce device security policies.-managed upgrade, verify all components are in sync and resolve any mismatch without a reinstall.
📍In the macOS menu bar, click the DNSFilter icon → if a version mismatch is detected, select the prompted option to resolve it directly from the menu.
Adds component version mismatch detection: alerts users when the menu bar app, system extension, and daemon are running mismatched versions — with an in-menu resolution option.
Windows Roaming Client v3.4.23 adds automatic Loopback mode fallback on Windows Server and more consistent device identification.
Adds automatic fallback to Loopback filtering mode when installed on Windows Server OS, preventing unexpected behavior on unsupported Server deployments.
Improves device identification consistency in the dashboard, reducing duplicate entries caused by missing identifiers after upgrades or reinstalls.
Enhances installer prerequisite validation and upgrade handling so failed upgrades no longer leave endpoints without the Roaming Client.
macOS Roaming Client v2.4.2 Beta adds component version mismatch detection to surface upgrade and MDMMDMMobile device management, centrally configuring and managing enrolled devices. Administrators use it to apply settings, distribute applications and enforce device security policies. install issues.
└──▷ HOW TO FIND IT
After an MDM-managed upgrade, verify all Roaming Client components are in sync and resolve any mismatch without manual reinstall.
📍In the menu bar app, open the DNSFilter menu — if a version mismatch is detected across the menu bar app, system extension, or daemon, an alert will appear with a prompt to resolve it directly from the menu.
Adds component version mismatch detection that alerts users when the menu bar app, system extension, and daemon are running different versions — with an in-menu resolution option.
Firezone Changelog tracks and publishes updates, new features, and bug fixes for Firezone, an open-source zero-trust network access and VPN management platform.
Firezone macOS/iOS 1.5.18 brings major UDPUDPA network protocol that sends individual messages without guaranteeing delivery or order. Applications trade built-in reliability for less overhead and can add their own recovery. and TUNTUNA virtual network device in Linux (and other OSes) that lets a userspace program read and write raw IP packets, making it the standard building block for VPNs and traffic-manipulation tools. throughput upgrades, cutting CPUCPUThe main general-purpose processor in a computer. It runs application instructions and coordinates work with memory and other hardware. usage and packet loss on high-traffic connections.
Adds client-side evaluation of resource traffic filters, dropping disallowed packets locally to prevent repeated flow-creation request loops.
Batches TUN device reads and writes into a single syscall per batch on macOS and iOS, improving throughput and reducing CPU on high-traffic connections.
Introduces a per-destination UDP socket pool on macOS and iOS that unlocks Darwin's UDP fast path, enabling send batching and kernel congestion (flow advisory) signals.
Increases the macOS and iOS TUN read buffer size so the kernel can queue more outbound packets between reads, improving upload throughput.
Retries writes to the TUN device when its queue is momentarily full instead of dropping packets, reducing packet loss under bursty load on macOS and iOS.
iDenfy is an identity verification platform that uses AI-powered document scanning and biometric facial recognition to automate KYC compliance for businesses.
iDenfy adds Brazil Digital CNH, new India/Philippines digital IDs, KYBKYBKnow Your Business — a regulatory compliance process for verifying the legal identity, ownership, and legitimacy of a business entity, used by cyber tools to screen counterparties or customers against fraud and sanctions risk. automation API, tax ID fields, Risk Assessment PDF export, and more.
Supports Brazil Digital CNH (digital driver's license) as a verifiable document type.
Adds new digital ID support for India and the Philippines.
New API endpoint to re-run KYB automation workflows programmatically.
Adds dedicated tax identification fields — VAT Number, EIN, and TIN — within KYB workflows.
Introduces KYB Verify Later with automated IDV reminder notifications.
+7 moreshow less
Enables AI reviewer spelling variation matching to reduce false rejections.
Adds External Reference field to KYCKYCKnow Your Customer — a regulatory requirement that financial services verify the identity of their users before granting access, used by cyber tools handling payments or financial data to stay compliant. verification reports for cross-system correlation.
New Risk Assessment PDF export capability from the dashboard.
Supports opening any dashboard record directly in a new browser tab.
Introduces PAYG (pay-as-you-go) social login option.
Adds configurable KYB company expiration period.
Redesigns IDV mobile flow with a bottom sheet layout.
Passbolt Changelog documents version history, updates, bug fixes, and new features for Passbolt, an open-source password manager designed for team collaboration.
Passbolt 5.8.0 adds dynamic RBACRBACRole-based access control, where permissions are assigned to roles such as reader or administrator and users receive those roles. It makes access easier to manage than individual permission lists. role management, drag & drop group assignment, and maintenance updates.
New dynamic role management in RBAC, enabling administrators to adjust role permissions without static configuration.
New drag & drop interface for assigning users to groups, streamlining group membership management.
Passbolt 5.11 adds SMTP OAuthSMTP OAuthAn authentication method for SMTP email submission that replaces passwords with OAuth 2.0 tokens, letting cyber tools send mail on a user's behalf without storing credentials. for Exchange Online, PingOne SSOSSOSingle sign-on, using one identity provider to sign in to multiple applications. It reduces separate passwords and centralizes account and access management., and production-ready SCIMSCIMA standard for creating, updating and removing user accounts and groups across applications. It helps an identity provider keep access in sync when people join, change roles or leave. provisioning.
└──▷ HOW TO FIND IT
Connect Passbolt mail delivery to Exchange Online using OAuth instead of a service-account password.
📍In the Admin console, go to Administration › Email Server, select Microsoft Exchange Online as the provider, choose OAuth 2.0 as the authentication method, and enter your Azure app Client ID and Client Secret.
Enable PingOne as your SSO identity provideridentity providerA service that authenticates users and supplies identity information to other applications. It is the sign-in authority behind many single sign-on systems. to let users authenticate via your PingOne directory.
📍In the Admin console, go to Administration › Single Sign-On, select PingOne as the provider, and enter your PingOne Environment ID, Client ID, and Client Secret.
Enable production SCIM provisioning to automate user lifecycle management from your identity provider.
📍In the Admin console, go to Administration › SCIM, enable the SCIM integration, and copy the SCIM base URL and bearer token into your IdP's provisioning settings.
Adds SMTPSMTPThe application-layer protocol used to send email between servers and from clients to servers; cyber tools use it to relay alerts, phishing simulations, or exfiltrated data over standard mail infrastructure.OAuth 2.0OAuth 2.0An open authorization framework (IETF RFC 6749) that lets a service grant limited API access to a third party without sharing credentials, giving cyber tools a standard way to authenticate against external platforms. support for Microsoft Exchange Online, enabling modern auth mail delivery without stored passwords.
Introduces PingOne SSO integration, expanding supported identity providersidentity providersA service that authenticates users and supplies identity information to other applications. It is the sign-in authority behind many single sign-on systems. for single sign-onsingle sign-onSingle sign-on, using one identity provider to sign in to multiple applications. It reduces separate passwords and centralizes account and access management..
Promotes SCIM user provisioning out of beta, making it generally available for production directory sync.
Passbolt 5.12 launches Safari extension GA, adds PIN code resource type, and improves TOTPTOTPA one-time password algorithm (RFC 6238) that generates short-lived codes from a shared secret and the current time, giving cyber tools phishing-resistant second-factor authentication without a server round-trip. field detection.
Safari browser extension is now generally available for all users.
New dedicated PIN code resource type for storing numeric credentials separately from passwords.
Improved TOTP field detection for more reliable one-time password autofill.
Didit is a decentralized identity verification platform that provides KYC, authentication, and credential management tools for developers to integrate into their applications.
Didit June 2026: Document AI custom verification, MCP ServerMCP ServerA process that exposes tools, resources, and prompts over Anthropic's Model Context Protocol, letting an AI agent call external APIs or local services through a standardised interface. v5, PACE NFCNFCNear Field Communication, a short-range (≤4 cm) wireless standard maintained by the NFC Forum, enabling data exchange between devices; cyber tools use it to probe, emulate, or intercept contactless card and tag transactions. on Android, new transaction rule operators, and brand import.
└──▷ TRY IT
Use the decision endpoint to retrieve AI-extracted fields from a custom document type after a verification session completes.
Install the Didit MCPMCPModel Context Protocol, a standard for connecting AI applications to external tools and data sources. A compatible server exposes capabilities an assistant can use through a common interface. Server v5 in Cursor so AI agents can run verifications and screen wallets using scoped access tokensaccess tokensA credential that authorizes a client to use a service or API. It usually has limited permissions and a lifetime; anyone holding it may be able to use those permissions..
📍In Cursor, open Settings › MCP Servers › Add Server, search for Didit in the marketplace, and install the Didit plugin. Authenticate with your credentials — the server exchanges them for a narrowly-scoped token automatically.
Add a regex-based rule condition to flag transactions whose reference field matches a suspicious pattern, using the new regex operator in the Console rule editor.
📍In the Business Console, go to Transaction Rules › New Rule › Add Condition, set the field to your target attribute, select the regex operator, and enter your pattern (e.g. ^[A-Z]{2}\d{6}$). Save and publish the rule.
New Document AI Verification: define custom document types (contracts, licenses, certificates) with configurable extraction fields — no template required — and results are returned via decision/events endpoints and webhooks.
Auto-suggest extraction fields by uploading a sample document; the AI proposes fields for you directly in the workflow builder.
Document AI results surface in a dedicated Console section on session details, showing every extracted field, and full-name fields can be matched against the verified identity.
Document AI custom verification step available natively on iOS, Android, React Native, and Flutter (SDK 4.0.7+).
PACE NFC support on Android: passports and IDs protected with PACE can now be read over NFC.
+21 moreshow less
New Social Security Card document type supported across iOS, Android, React Native, and Flutter SDKs.
AI-powered data extraction enabled for ~300 additional document types, focused on Arabic-speaking countries and historically lower-accuracy document types.
Transaction detail page redesigned with counterparty flow cards, state-aware rule rows, paginated related-transactions table, and threshold-colored score pill.
Transaction rule engine adds date comparisons, regex matching, fuzzy matching, and in (list match) operators — available in both the API and Console rule editor.
Real-time updates for transaction lists and detail views — no manual refresh needed.
MCP Server v5.0.0: ships with a registry manifest and Cursor plugin, aligned with OpenAI app review guidelines for marketplace installation.
Scoped access tokens for MCP agents: agents exchange credentials for narrowly-scoped tokens via standard token-exchange flow.
White-label brand import: enter your website URL and Didit automatically detects your logo, colors, and fonts and maps them onto the verification flow.
New Notifications preferences matrix in Account Settings: per-event, per-channel toggles, test-notification firing, Slack disconnect, and throttled webhook-failure alerts (max one per 30 minutes).
Organization-level list API: query sessions, businesses, transactions, and cases across all applications in your organization, with each record attributed to its application.
Column-visibility toolbar added to Users and Businesses tables in the Console.
Field blurring for data minimization now available for all countries (previously EU-only).
CSV imports now report row-level errors before committing, and imported records carry an Imported badge.
Console sessions remain active for ~30 days via silent renewal.
Business Console now available in Italian.
Published questionnaires can now be renamed.
Questionnaire fields validate format inline as the user types, with inline error messages.
Guided post-signup onboarding wizard and self-driving guided tour added.
Demo environment seeded with 1,000+ realistic sessions for Console exploration.
Sandbox template gallery: select a test persona to auto-set country and document type.
Changing your password now signs out all other active Console sessions.
Nudge Security can now discover AI agents built by employees on platforms without a public API, via its browser extension.
└──▷ HOW TO FIND IT
Enable browser-based agent discovery to start inventorying AI agents your employees are building across unsupported platforms.
📍In the Nudge Security console, go to your browser extension settings and toggle on browser-based agent discovery. (Requires the Nudge Security browser extension to be deployed and enrollment in the AI agent discovery research preview.)
Request access to the AI agent discovery research preview if not yet enrolled.
📍In the product navigation, go to Identities › AI Agents tab and select the option to request research preview access.
Discovers AI agents employees create across platforms lacking public APIs — including Cursor automations, Retool, Zapier Agents, ChatGPT workspace agents, OpenAI Agents Workflows, Atlassian Rovo (Jira, Bitbucket), Zoom AI Workflows, and HyperAgent — via the browser extension.
Surfaces discovered agents in the AI agents inventory under Identities, showing creator, components, and risk insights for each agent.
Nudge Security adds Google Drive external file share discovery and revocation in open beta.
└──▷ HOW TO FIND IT
Review all externally shared files and Shared Drives across your Google Workspace tenant to identify and revoke risky shares.
📍In the Nudge Security console, go to Inventory › External File Shares. Connect the Google Drive connected app (one-time setup with in-product instructions), then use domain filters to prioritize cleanup by external company and take per-item revocation actions.
New Google Drive integration surfaces every externally shared file, folder, and Shared Drive across a Google Workspace tenant in a single view.
Enables filtering external shares by domain to see everything shared with a specific external company for targeted cleanup.
Per-item access controls let administrators tighten or revoke external share permissions with a confirmation step that details scope before changes are applied.
Nudge Security maps security posture findings to SOC 2SOC 2An auditing framework from the American Institute of CPAs that certifies a service organization's controls around security, availability, and data handling, giving buyers assurance that a vendor meets baseline trust criteria., NIST CSFNIST CSFThe NIST Cybersecurity Framework, a set of outcomes for managing cybersecurity risk. Organizations use it to describe their current posture, priorities and improvement goals. 2.0, ISOISOA widely adopted international standards body that publishes technical specifications; cyber tools cite ISO standards to signal compliance with recognized benchmarks for quality, security, or interoperability. 27001, HIPAAHIPAAA US federal law enacted in 1996 that sets privacy and security requirements for protected health information, giving cyber tools a compliance baseline to enforce or audit against., and OWASPOWASPA nonprofit foundation that publishes open standards, guides, and ranked vulnerability lists—most famously the OWASP Top 10—giving cyber tools a vendor-neutral benchmark to test or report against. Top 10 Agentic AI Security frameworks.
└──▷ HOW TO FIND IT
Quickly scope your SOCSOCA security operations center, the team or function that monitors threats, investigates alerts and coordinates incident response. Its work can be internal, outsourced or shared. 2 audit prep by filtering all posture findings to only those that violate SOC 2 controls.
📍In the console, go to Security Posture › Findings, then use the compliance framework filter to select SOC 2. Review each listed finding and follow guided remediation from the detail panel.
Generate an audit-ready export covering all compliance frameworks for submission to an auditor or vCISO.
📍In the console, go to Security Posture › Findings, apply any desired framework filters, then select Export to download a report with compliance framework and control columns included.
Maps security posture findings to five compliance frameworks: SOC 2, NIST CSFCSFThe NIST Cybersecurity Framework, a set of outcomes for managing cybersecurity risk. Organizations use it to describe their current posture, priorities and improvement goals. 2.0, ISO 27001, HIPAA, and OWASP Top 10 Agentic AI Security.
Adds compliance framework filtering on the Security Posture Findings view to surface every control violation across a SaaSSaaSSoftware delivered over the internet and run on the provider's infrastructure, so the buyer pays a subscription instead of installing or operating anything locally. estate at a glance.
Enables drill-down into any finding to view the specific controls it violates alongside guided remediation in the same panel.
Exports audit-ready reports with compliance framework and control columns included.
Nudge Security adds connected app integrations for Automox, BeyondTrust, and Ping Identity
New Automox connected app enables centralized visibility into accounts, activity, and misconfigurations for the endpoint management platform.
New BeyondTrust connected app brings privileged access managementprivileged access managementBrokering administrator sessions through a gateway instead of handing out standing credentials. Access is granted for one session, to one target, and recorded. activity and account data into the Nudge Security SaaSSaaSSoftware delivered over the internet and run on the provider's infrastructure, so the buyer pays a subscription instead of installing or operating anything locally. inventory.
New Ping Identity connected app surfaces identity provideridentity providerA service that authenticates users and supplies identity information to other applications. It is the sign-in authority behind many single sign-on systems. accounts and misconfigurations alongside the rest of your SaaS stack.
Nudge Security adds connected app integrations for GitLab, Informatica, and Logz.io
└──▷ HOW TO FIND IT
Enable the GitLab connected app in Nudge Security to surface account misconfigurations and activity across your GitLab organization.
📍In the Nudge Security console, go to Integrations, search for GitLab, and follow the connection prompts to authorize and link your GitLab organization.
Adds connected app integration for GitLab, enabling centralized visibility into accounts, activity, and misconfigurations.
Adds connected app integration for Informatica, extending SaaSSaaSSoftware delivered over the internet and run on the provider's infrastructure, so the buyer pays a subscription instead of installing or operating anything locally. security posture coverage to the data integration platform.
Adds connected app integration for Logz.io, bringing log management and observability tooling into unified SaaS visibility.
ConductorOne is an identity governance and access management platform that automates user access reviews, provisioning, and deprovisioning across enterprise applications.
Connect an MCPMCPModel Context Protocol, a standard for connecting AI applications to external tools and data sources. A compatible server exposes capabilities an assistant can use through a common interface. server without managing client credentials when the server supports OAuth Dynamic Client Registration.
📍In the C1 console, go to AI › MCP, add a new hosted or external MCP server, and enable Use dynamic client registration — C1 will handle OAuth registration automatically with no client ID or secret required.
Filter which Directory source accounts are imported into C1 using the visual condition builder with a live preview before saving.
📍In the C1 console, go to Directory sources settings, open the three-dot menu next to your directory, select Condition, build your import filter visually, then click Preview to verify the match count and spot-check individual users before saving.
Adds real-time streaming of access profile grants and removals to connected apps, replacing hourly sync cycles.
New rolling-hour anomaly detector for membership removals, with a viewable and adjustable threshold in automation settings.
Request catalog now surfaces the role, team, or group that grants access to a searched resource, even when the entitlement name doesn't match the search term.
Enables bulk revoke of entitlements directly from the App Accounts page — select one or more accounts and remove specific entitlements or all access at once.
New visual condition builder for Directory source import filters replaces raw CELCELCommon Expression Language, an open-source expression language maintained by Google, used to embed lightweight, safe policy evaluation logic into tools without running a full scripting engine. expressions, with a built-in Data Preview to verify match counts before saving.
+15 moreshow less
New top-level navigation sections: AI (with MCP server config and C1 Gateway) and Identity security (with Inventory).
C1 AI assistant in Slack now sends rich interactive responses — buttons, forms, and pickers — enabling task completion without leaving Slack.
Agentic AI Conversations page adds separate Web and Slack tabs for full cross-surface agent activity visibility.
MCP servers supporting OAuth Dynamic Client Registration can now be connected without entering a client ID or secret.
Adds per-user authentication for external MCP servers, supporting OAuth2OAuth2An open authorization framework (RFC 6749) that lets a service grant limited access to a user's resources on another service without exposing credentials, giving cyber tools a standard way to authenticate against third-party APIs., bearer tokenbearer tokenA credential that grants access to whoever presents it, without a separate proof of possession. Protecting the token matters because a stolen copy can be used by someone else., custom header, or basic auth instead of a shared admin credential.
Toolset contents are now visible on hover in the task view, without navigating to entitlement detail pages.
Conflict monitors now support an Is not in condition for Group B, enabling detection of sensitive access held without a required compensating entitlement.
Column configurator extended to 23 additional pages — including Findings, Automations, Policies, MCP Servers, Secrets, and Webhooks — with preferences saved across sessions.
Entitlements table and CSV export now include an Owners column per application.
Row-by-row drawer navigation adds next/previous controls so users can move through list-view rows without reopening drawers.
Markdown (links, bold, lists) now supported in requestable form field helper text.
New System management setting lets admins disable connector anomaly pauses across all connectors tenant-wide.
System Owners now see service principal credentials expiring within 30 days (or already expired) in the daily digest email, with a countdown and direct link.
Admins can now edit post actions on the built-in App owner certification policy directly in the UI, without using the API.
Breaking change: Terraform provider v1.4.0 introduces two new resources — conductorone_connector_owner_user and conductorone_connector_owner_entitlement — to replace the deprecated user_ids field on all conductorone_integration_* resources; existing user_ids configs will cause drift.
20 details in Everything
└──▷ BREAKING ON UPGRADE
!The user_ids field on all conductorone_integration_* Terraform resources will no longer be returned by the Terraform provider starting in provider v1.4.0; if user_ids is configured in your Terraform files, this will cause drift and requires migration to the new conductorone_connector_owner_user and conductorone_connector_owner_entitlement resources and removal of the user_ids field.
!In the C1 navigation, User data sources in the Directory section is renamed to Directory sources and Groups is renamed to Dynamic groups; Inventory has moved from Explore to the new top-level Identity security section; MCP server configuration and C1 Gateway settings have moved under the new top-level AI section.
4 more releases in this issue
· 2026-06-18 → 2026-07-10
ConductorOne now governs private/air-gapped MCPMCPModel Context Protocol, a standard for connecting AI applications to external tools and data sources. A compatible server exposes capabilities an assistant can use through a common interface. servers via an outbound bridge agent — no inbound firewall rules required.
└──▷ HOW TO FIND IT
Deploy the bridge agent next to a private MCP server so its tools are governed by C1 without exposing inbound network access.
📍In the C1 console, ensure AI access management is enabled for your tenant, then follow Settings › Connect a private MCP server through a bridge to deploy the bridge-client agent alongside your private MCP server.
Adds private MCP server connectivity via a lightweight bridge-client agent that maintains an outbound connection to C1, eliminating the need to open inbound firewall rules or expose servers to the public internet.
Enables full C1 entitlement governance (access requests, approvals, reviews, and auditing) for MCP tools running on-prem, in air-gapped clusters, or behind firewalls.
ConductorOne adds single-page role mining, custom email providers, bulk role assignment, and flexible table exports.
└──▷ HOW TO FIND IT
Surface all denied or errored tasks in a large campaign without paging through the full task list.
📍In the console, go to Campaigns › [your campaign] › Tasks, then open the Outcome filter and select Denied or Error to isolate tasks that need follow-up.
Onboard a new team by assigning the same C1 role to many users at once instead of editing each profile individually.
📍In the console, go to Settings › Users, select the checkboxes for each new team member, and choose the bulk Change role action to assign their role in one step.
Produce a clean, auditor-ready policy export containing only the columns your compliance team needs.
📍In the console, navigate to a policy's detail page or the policy list page and click Export to CSV to download the policy rules directly.
Redesigns role mining as a single-page experience with a token-based filter bar, inline cohort refinements, and a floating action bar for creating or updating access profiles without navigating away.
Adds early-access custom email provider support (Google Workspace, AWS SESAWS SESAmazon's cloud email-sending service, used by tools that need to deliver alerts, reports, or notifications without running their own mail infrastructure., Microsoft 365, SendGrid) so C1 notifications send from your own domain instead of no-reply@conductorone.com.
Enables bulk role assignment — select multiple users on the Users page and apply a role change to all of them at once.
Introduces customizable, reorderable columns (saved per table) and targeted CSV export for the Apps, App accounts, Entitlements, and Resources tables.
Publishes step-by-step setup guides for 38 catalog MCPMCPModel Context Protocol, a standard for connecting AI applications to external tools and data sources. A compatible server exposes capabilities an assistant can use through a common interface. servers, covering credential creation, authentication, and tool discovery.
Adds an Access was inappropriate pre-written reason to access removal, revocation, and certification comment dialogs.
Shows the complete inbound webhook URL in the trigger drawer, ready to copy, eliminating manual URL construction from a listener ID.
Introduces a Current step filter on the task log to surface tasks awaiting approval or awaiting provisioning directly.
Enables sorting of the MCP server Tools table by tool name, visibility, classification, state, and last updated.
Adds CSV export of policy rules directly from a policy's detail page or the policy list page for easier auditing.
Replaces inline owner entry when creating apps with the full Select owners modal, including search, filtering, and Users/Entitlements tabs.
ConductorOne launches Ask C1AI: a floating AI chat assistant for querying access data and taking action from anywhere in the platform.
└──▷ HOW TO FIND IT
While reviewing a policy page, open Ask C1AI to interrogate entitlements in context and act on findings without leaving the page.
📍In C1, navigate to any page (e.g. an application or policy view) › click Ask C1AI in the bottom-right corner › use the context toggle to include the current page context › type your question about access or entitlements.
New Ask C1AI floating chat panel available on every page lets practitioners query org access data and take action without navigating away from their current view.
AI assistant ingests page context — the application, entitlements, or policy currently in view — to deliver more precise answers, with a toggle to include or exclude that context per conversation.
ConductorOne adds enterprise-managed authorization for AI agents, issuing short-lived scoped tokens via the open XAA standard.
New early-access Enterprise-managed authorization enables AI agents (Claude, VS Code, etc.) to access organization-run MCPMCPModel Context Protocol, a standard for connecting AI applications to external tools and data sources. A compatible server exposes capabilities an assistant can use through a common interface. servers using short-lived, scoped tokens — no per-tool prompts, no persistent secrets.
Agents receive tokens only after entitlement checks, with every token request recorded for auditability.
AI agent access follows the same request, approval, review, and revocation workflows used for all other access in ConductorOne.
Built on the open Cross-App Access (XAA) standard for interoperability.
Auth0 is an identity and access management platform that provides authentication, authorization, and user management services for applications via APIs and SDKs.
Auth0 Organizations now supports third-party app access with per-org controls and scoped user consent.
└──▷ TRY IT
Promote a connection to domain level so a third-party app can authenticate users within a specific organization.
Auth0 Universal Login now supports Google One Tap for frictionless, one-click sign-in (Early Access).
└──▷ HOW TO FIND IT
Enable Google One Tap on your web app via the Auth0 Google Social Connection settings — navigate to the configuration documented in the Auth0 Google Social Connection docs.
📍In the Auth0 Dashboard, go to Authentication › Social › Google › Settings and enable the Google One Tap option for your Universal Login prompt.
Adds Google One Tap support to the Universal Login prompt (Early Access), letting users authenticate instantly via a non-intrusive identity overlay without manual forms or page redirects.
Auth0 adds IPSIE session_expiry claim support for Okta and OIDCOIDCOpenID Connect, a sign-in protocol built on OAuth 2.0. An application uses identity information from a trusted provider instead of maintaining a separate password for each user. Enterprise connections to enforce federated session ceilings.
└──▷ USE IT
Propagate the enforced session expiry to downstream apps so they can respect the IdPIdPA service that authenticates users and supplies identity information to other applications. It is the sign-in authority behind many single sign-on systems.-driven session ceiling end-to-end.
Enable session_expiry support on an Okta/OIDC Enterprise connection through the Auth0 Dashboard.
📍In the Auth0 Dashboard, go to Authentication › Enterprise, select your Okta or OIDC connection, open its settings, and enable the Session Expiry option.
Supports the IPSIE SL1 session_expiry claim for Okta and OIDC Enterprise connections, using the IdP-provided expiry as a hard ceiling on Auth0 session lifetime.
Automatically terminates Auth0 sessions when a federated user's upstream IdP session expires, eliminating stale federated sessions and residual access.
Enforces session expiry as the minimum of three values: the IdP session_expiry claim, the tenant's absolute session expiration, and any expiry set via Actions.
Enables propagation of the final session_expiry value to downstream applications via a Post-Login Action that injects it as a custom claim in the Auth0-issued ID token.
Configurable per Okta/OIDC Enterprise connection through the Auth0 Dashboard or Management API.
Auth0 adds an Outbound SCIMSCIMA standard for creating, updating and removing user accounts and groups across applications. It helps an identity provider keep access in sync when people join, change roles or leave. Action template for Event Streams, enabling infrastructure-free user provisioning to any SCIM 2.0SCIM 2.0A standard for creating, updating and removing user accounts and groups across applications. It helps an identity provider keep access in sync when people join, change roles or leave. app.
└──▷ HOW TO FIND IT
Enable automated downstream user provisioning to a SCIM 2.0 app without hosting any webhook infrastructure.
📍In the Auth0 Dashboard, go to Event Streams › Create Stream, select Auth0 Actions as the destination, then apply the Outbound SCIM provisioning template. Edit the script to map Auth0 attributes to your downstream SCIM schema before activating the stream.
New Outbound SCIM Action template for Event Streams pushes user.created, user.updated, and user.deleted events to any SCIM 2.0-compliant downstream application without custom infrastructure.
Supports SCIM 2.0 REST operations (POST, PUT, DELETE) translated directly from Auth0 user lifecycle events.
Template-driven customization lets practitioners map Auth0 attributes to downstream SCIM schemas and enable opt-in UPSERT (create-on-update) behavior for gradual user trickle-in.
Built-in fault tolerance handles API timeouts and retries for transient failures natively within the Action script.
Auth0 Refresh Token Metadata is now GA: attach up to 25 custom key-value pairs to refresh tokensrefresh tokensA credential used to obtain a new access token without signing in again. It is sent to the authorization service rather than used directly to call the protected API. via Actions and the Management API.
└──▷ USE IT
Tag refresh tokens with device and region context at login so downstream services can make access decisions without re-querying the IdPIdPA service that authenticates users and supplies identity information to other applications. It is the sign-in authority behind many single sign-on systems..
Inspect a refresh tokenrefresh tokenA credential used to obtain a new access token without signing in again. It is sent to the authorization service rather than used directly to call the protected API.'s stored metadata via the Management API to audit contextual data tied to a specific token.
$ curl -X GET "https://<your-domain>/api/v2/refresh-tokens/<id>" \
-H "Authorization: Bearer <mgmt_api_token>"
Update metadata on an existing refresh token — for example, to mark a token as elevated after step-up authentication.
Adds Refresh Token Metadata (GA for Enterprise): attach up to 25 custom key-value pairs to refresh tokens that persist throughout the token lifecycle.
New api.refreshToken.setMetadata() method in Post-Login Actions lets you store contextual data (device, region, org) at login time.
New Management API endpoints support retrieving (GET), updating (PATCH), and revoking (DELETE) refresh tokens with metadata at /api/v2/refresh-tokens/{id}.
Google Workspace Directory Sync for Groups enters open Early Access with native RBACRBACRole-based access control, where permissions are assigned to roles such as reader or administrator and users receive those roles. It makes access easier to manage than individual permission lists. role assignment for synced groups.
└──▷ HOW TO FIND IT
Assign a synced Google Workspace group to an Auth0 RBAC role so members automatically receive the correct permissions when they log in.
📍In the Auth0 Dashboard, go to Authentication › Enterprise › Google Workspace connection › Synchronization, configure your group synchronization preferences, then navigate to User Management › Roles › <your role> › Groups and assign the synced Google Workspace group.
Enables Google Workspace Directory Sync for Groups in Early Access for all public cloud customers — no enrolment required.
Supports automated group synchronization, Sync all, and partial group selection out-of-the-box.
Adds native assignment of synced Google Workspace groups to Auth0 tenant-level RBAC roles and organization-specific roles, so group members automatically inherit permissions at login.
SailPoint is an identity security platform that manages and governs user access, permissions, and authentication across enterprise applications and systems.
SailPoint MCP ServerMCP ServerA process that exposes tools, resources, and prompts over Anthropic's Model Context Protocol, letting an AI agent call external APIs or local services through a standardised interface. adds a global tenant-agnostic URL and OAuth 2.1OAuth 2.1A consolidated draft of the OAuth authorization framework that merges OAuth 2.0 with its most important security BCP updates, dropping unsafe flows so tools can delegate user access without handling credentials directly./PKCEPKCEProof Key for Code Exchange, an OAuth safeguard that binds an authorization code to the client that requested it. An intercepted code cannot be redeemed without the client's matching verifier. auth, plus native Cursor IDE support.
└──▷ USE IT
Connect Cursor IDE to SailPoint ISC so an AI agent can handle access requests without manual token management.
Create the required public OAuth API client in ISC before wiring up Cursor or Claude Desktop.
📍In the ISC console, go to Admin › Security Settings › API Management › Create API Client:
- Set client type to Public
- Enable Authorization Code + Refresh Token grants
- Set Redirect URL to: cursor://anysphere.cursor-mcp/oauth/callback
- Set Scope to: sp:scopes:all
Copy the resulting Client ID for use in mcp.json.
New global MCPMCPModel Context Protocol, a standard for connecting AI applications to external tools and data sources. A compatible server exposes capabilities an assistant can use through a common interface. endpoint (https://mcp.api.cloud.sailpoint.com/latest/access-requests/mcp) works for all non-FedRAMPFedRAMPA US government program that standardizes cloud security authorization, letting vendors get a single assessment accepted across federal agencies instead of repeating the process for each one. tenants — no per-org URL construction needed.
Replaces manual PATPATA personal access token, a credential used by scripts and integrations instead of a user's password. Its permissions and expiry depend on the service issuing it./token workflow with OAuth 2OAuth 2An open authorization framework (RFC 6749) that lets a service grant limited access to a user's resources on another service without exposing credentials, giving cyber tools a standard way to authenticate against third-party APIs..1 + PKCE: browser-based login, SSOSSOSingle sign-on, using one identity provider to sign in to multiple applications. It reduces separate passwords and centralizes account and access management. support, consent screen, and automatic token refresh for up to one month.
Adds native Cursor IDE support: configure the global URL and Client ID in ~/.cursor/mcp.json, and the full OAuth flow is handled automatically on connect.
AI assistants can now manage ISC access requests conversationally — search the access catalog, submit requests, check approval status, and cancel requests.
4 details in Everything
14 more releases in this issue
· 2026-06-16 → 2026-07-09
SailPoint DASDASDirect-Attached Storage: disks connected directly to a host machine rather than over a network, giving tools low-latency, high-throughput access to raw storage without SAN or NAS overhead. adds a Databricks connector for resource discovery, permission analysis, and data classification.
New Databricks connector for Data Access Security (DAS) enables discovery of Databricks resources including Tables, Views, and Stored Procedures.
Supports permission analysis to detect over-permissioned accounts and limit entitlement sprawl across Databricks deployments.
Ingests data classification labels directly from Databricks (when enabled), surfacing classification forensics within the DAS platform (preview).
Unifies Databricks governance with existing SailPoint frameworks covering applications, infrastructure, and file storage systems.
SailPoint adds BeyondTrust & Delinea PAMPAMBrokering administrator sessions through a gateway instead of handing out standing credentials. Access is granted for one session, to one target, and recorded. discovery connectors and upgrades CyberArk to instance-level application discovery.
└──▷ HOW TO FIND IT
Set up the new BeyondTrust Password Safe Cloud PAM Discovery connector to maintain a live inventory of managed systems in ISC.
📍In the ISC console, go to Admin › Connections › Discovery Connectors › Create Connector › PAM category › Configure next to BeyondTrust Password Safe Cloud PAM. In Express Setup, enter your OAuth 2.0 client_id and client_secret from the Application user assigned to the group with Password Safe System Management (Read) permission, then click Test Connection and Discover (or set a recurring schedule under Additional Settings › Discovery Settings).
Set up the new Delinea Secret Server PAM Discovery connector to catalogue secrets and their metadata in ISC.
📍In the ISC console, go to Admin › Connections › Discovery Connectors › Create Connector › PAM category › Configure next to Delinea Secret Server PAM. In Express Setup, paste the Secret Server URL from Settings › Secret Server › Secret Server Connection as Host URL and enter the Service User username/password as Client ID/Client Secret, then click Test Connection and Discover.
Validate the upgraded CyberArk connector returns instance-level results after granting Safe-level permissions to avoid a blank discovery run.
📍In Privilege Cloud, go to Policies › Safes, open each relevant Safe › Members › Add Member, add the connector service user with Read-only + Access enabled permissions. Then in ISC, open the CyberArk Privilege Cloud Shared Services PAM connector and click Test Connection followed by a manual discovery aggregation before the next scheduled run.
Upgrades CyberArk Privilege Cloud Shared Services PAM Discovery connector to discover individual application instances (e.g., three MySQL instances as three distinct entries) rather than generic platform templates.
New BeyondTrust Password Safe Cloud PAM Discovery connector retrieves managed systems via the BeyondTrust public API using OAuth 2.0OAuth 2.0An open authorization framework (IETF RFC 6749) that lets a service grant limited API access to a third party without sharing credentials, giving cyber tools a standard way to authenticate against external platforms. client credentials, with support for continuous scheduled discovery.
New Delinea Secret Server PAM Discovery connector discovers secrets and associated metadata (names, IDs, template types, creation dates, active status) from Delinea Secret Server via OAuth 2OAuth 2An open authorization framework (RFC 6749) that lets a service grant limited access to a user's resources on another service without exposing credentials, giving cyber tools a standard way to authenticate against third-party APIs..0, mapping results into ISC-consumable datasets.
Breaking change for existing CyberArk Discovery customers: next discovery aggregation after the update will return instance-level applications instead of platform templates; new Safe-level read permissions must be configured on the CyberArk service user before the next scheduled run or discovery may return no results.
4 details in Everything
└──▷ BREAKING ON UPGRADE
!Existing CyberArk PAM Discovery connector users will see a different set of discovered applications after the update: instance-level applications are now discovered instead of platform-level templates, so previously discovered platform-level entries may no longer appear and new instance-level entries will be returned instead.
!If the required CyberArk service user permissions are not configured before the next discovery run (including the Privilege Cloud Users role and Read-only Safe membership for each relevant Safe), the CyberArk PAM Discovery connector may return no applications.
SailPoint adds Privilege On Demand (JITJITA runtime compilation strategy where code is translated from an intermediate form to native machine instructions at execution time, giving tools the speed of compiled code without sacrificing dynamic flexibility.-P v1.0) to shift elevated access from standing to time-bounded, on-demand activation.
└──▷ HOW TO FIND IT
Configure JIT activation windows and mark entitlements as eligible so users can activate privileged access on demand rather than holding it standing.
📍In the Admin console, go to Admin Settings › Privilege on Demand and set global JIT activation duration and extension duration. Then navigate to the target entitlement, enable Requestable, and configure JIT entitlement assignment with the desired approval behavior (auto-approve or approval-required).
Introduces Privilege On Demand (JIT-P v1.0): an activation-based model where eligible entitlements are requested, then explicitly activated for a bounded duration with automatic expiration — replacing always-on standing access.
Enables configurable global JIT activation and extension durations via Admin settings, giving IAMIAMIdentity and Access Management — a framework of policies and services for controlling who can authenticate to systems and what resources they are authorized to use, letting cyber tools enforce least-privilege and audit access. teams control over how long elevated access windows last.
Supports auto-approve or approval-required workflows for JIT entitlement activation, selectable per entitlement.
Delivers end-user JIT activation through Launchpad, allowing authorized users to self-activate approved access when work begins.
Adds five new email notification templates: Access Request Assignment, JIT Activation 15-Minute Reminder, Just-In-Time Activation Extended, Just-In-Time Activation Failed, Just-In-Time Activation Ready, and Just-In-Time Deactivated — providing full lifecycle visibility for activation events.
+1 moreshow less
Produces clear activation and expiration audit events per entitlement, improving auditability of privileged access compared to standing access models.
SailPoint DASDASDirect-Attached Storage: disks connected directly to a host machine rather than over a network, giving tools low-latency, high-throughput access to raw storage without SAN or NAS overhead. adds in-context Permission Path viewer for campaign reviewers, eliminating navigation away from the review screen.
└──▷ HOW TO FIND IT
Review how a user obtained access to a sensitive resource without leaving the certification screen during a Permissions-type campaign.
📍In the DAS console, go to My Tasks › Access Certification, select the desired Permissions-type campaign, locate the user row in the review table, and click the Permission Path icon in the Actions column to open the Permission Path overlay.
New View Permission Path action in the Actions column of the Campaign Review screen opens a pop-up showing the full permission path for a user's access, including whether access is actively used.
Supports visualization of multiple permission paths to a single resource within Permissions-type campaigns.
Permission Path icon is available for User permission rows and visible-but-disabled for Group permission rows, giving reviewers clear context on scope.
Data Access Security gets a redesigned Resource Selector with full-view modal and free-text search.
└──▷ HOW TO FIND IT
Use the new overlay to quickly locate a deeply nested cloud resource when building a Forensics permission filter.
📍In the console, go to Forensics › Permissions, set Attribute to Resource and Operator to Any Of, then click the Value field — the new Browse and Select Resources overlay opens. Type a name or path in the search bar to jump directly to the target resource without expanding the folder tree manually.
Introduces a new Browse and Select Resources overlay in Data Access Security, replacing the previous compact resource picker with a full-view modal.
Adds free-text search bar (Search by name or path) to the Resource Selector, enabling instant navigation to resources without manually drilling through folder hierarchies.
New hierarchical tree view supports expanding and collapsing major integrations (AWS, Azure, Box, GDrive, OneDrive) and nested drive structures within the selector.
SailPoint ISC enables HTTP/2 via Cloudflare on Jul 27, 2026 — API response headers will shift to lowercase.
Enables HTTP/2 on all ISC environments via Cloudflare, delivering improved security and performance over HTTP/1.1.
Breaking change: HTTP/2 lowercases all response header keys (e.g., X-Total-Count becomes x-total-count) — scripts and API clients that match headers case-sensitively must be updated.
2 details in Everything
└──▷ BREAKING ON UPGRADE
!HTTP/2 enablement in Cloudflare will cause response header keys to become lowercase (e.g., X-Total-Count becomes x-total-count), which may break API calls or scripts that expect case-sensitive header keys in responses from ISC
SailPoint ISC homepage gains Data Access Security widgets and a pre-built DASDASDirect-Attached Storage: disks connected directly to a host machine rather than over a network, giving tools low-latency, high-throughput access to raw storage without SAN or NAS overhead. dashboard template for unified identity + data risk visibility.
└──▷ HOW TO FIND IT
Quickly stand up a unified DAS monitoring view for your security team without manually assembling individual widgets.
📍In the ISC console, go to MySailPoint Homepage › Dashboards › Dashboard Templates and select Data Access Security Dashboard to instantiate the pre-built template.
Adds a suite of Data Access Security (DAS) widgets to the MySailPoint homepage, enabling instant visibility into unstructured data access exposure and high-risk accounts with excessive permissions.
Introduces a pre-built Data Access Security Dashboard template that bundles all available DAS widgets for quick, one-click setup.
Enables drill-down from any DAS widget directly into Data Access Security forensics for deeper analysis of flagged metrics.
SailPoint ISC adds dedicated tablet support for Certification Reviewers with smart device detection and landscape-mode prompting.
Adds automatic tablet detection for Certification Reviewers, evaluating screen capabilities to determine if the reviewer UX can be displayed optimally.
Introduces landscape orientation prompting on tablets, guiding reviewers to rotate their devices for full visibility of access review tables and critical details.
Delivers an optimized Certification Reviewer UX in landscape mode, presenting a comprehensive view of access items to support informed decision-making on mobile devices.
Enable ECA authentication on an existing ISC Salesforce connector to maintain connectivity before the September 30, 2026 deadline.
📍In the Identity Security Cloud UI, open the Salesforce connector › go to the ECA Authentication section › turn on Enable External Client App (ECA) › under Client Configuration, add key host_name with value login.salesforce.com (production) or test.salesforce.com (sandbox) › click Authorize and complete the OAuth 2.0 Authorization Code Grant flow › click Save › click Test Connection to verify.
Adds support for Salesforce External Client App (ECA) authentication as the new default and only supported auth method for the ISC Salesforce connector (VA and SaaSSaaSSoftware delivered over the internet and run on the provider's infrastructure, so the buyer pays a subscription instead of installing or operating anything locally.).
Supports OAuth 2.0OAuth 2.0An open authorization framework (IETF RFC 6749) that lets a service grant limited API access to a third party without sharing credentials, giving cyber tools a standard way to authenticate against external platforms. Authorization Code Grant flow exclusively, replacing JWTJWTAn open standard (RFC 7519) for encoding claims as a signed, optionally encrypted JSON object passed between parties. Cyber tools use it to verify identity and permissions without querying a central session store. Bearer, Refresh Token, Client Credentials, and Basic Authentication.
New Enable External Client App (ECA) toggle and ECA Authentication section available in the Identity Security Cloud UI Salesforce connector configuration.
Breaking change: Basic Auth and all OAuth 2OAuth 2An open authorization framework (RFC 6749) that lets a service grant limited access to a user's resources on another service without exposing credentials, giving cyber tools a standard way to authenticate against third-party APIs..0 Connected App flows are permanently removed October 1, 2026 — connectors not migrated will lose all Salesforce connectivity.
Backward compatibility toggle available in the connector UI during the 90-day migration window (July 1–September 30, 2026) to temporarily revert to legacy auth if issues arise.
5 details in Everything
└──▷ BREAKING ON UPGRADE
!Basic Authentication, OAuth 2.0 JWT Bearer, OAuth 2.0 Refresh Token, and OAuth 2.0 Client Credentials are permanently removed from the ISC Salesforce connector (VA and SaaS) on October 1, 2026; connectors not migrated to External Client App (ECA) Authentication will lose Salesforce connectivity and all connector operations (provisioning, aggregation) will fail.
SailPoint Data Discovery adds configurable Sampling Ratio for faster, lighter sensitive-data classification scans.
└──▷ HOW TO FIND IT
Quickly surface sensitive-data hot spots in a newly integrated application before committing to a full scan.
📍In the console, go to Admin › Applications › Add New, complete the application setup, then on the Data Classification configuration screen set the Sampling Ratio to your desired percentage (default is 10%).
Tune the sampling percentage on an existing application to balance discovery speed against scan coverage.
📍In the console, go to Compliance › Data Classification › Application Scope, locate the application, click Edit, and adjust the Sampling Ratio sliding scale to the desired value.
New Sampling Ratio option for Data Classification scans lets you scan a configurable percentage of documents (default 10% for new apps) to rapidly identify sensitive-data hot spots without a full resource-intensive scan.
New applications are automatically onboarded with 10% sampling enabled by default, accelerating time-to-insight for sensitive data exposure.
Existing applications with Data Classification enabled retain 100% sampling by default to preserve consistency with prior behavior.
New Sampling Ratio sliding-scale control added to the Application Scope edit screen under Compliance > Data Classification > Application Scope.
SailPoint CIEM now surfaces AWS Tags, Azure Tags, and GCP Labels alongside cloud resource access data.
└──▷ HOW TO FIND IT
When you need to answer 'who has access to production-tagged cloud resources', use ISC Search to filter by tag key and value without leaving SailPoint CIEM.
📍In ISC CIEM, go to Search and query by cloud resource tag key (e.g., Environment) and tag value (e.g., Production) to list all identities with effective access to matching resources.
Adds native AWS Tags, Azure Tags, and GCP Labels visibility directly within the CIEM effective access view, enabling practitioners to see which identities can access tag-scoped resources.
Enables ISC Search to query cloud resources by tag/label key and value, supporting ad-hoc access reviews such as 'who can access PIIPIIPersonally Identifiable Information — data that can identify a specific individual, such as names, email addresses, or SSNs. Cyber tools flag or redact it to limit exposure and meet privacy regulations.-tagged resources'.
Surfaces cloud resource tags and labels within CIEM AIC dashboards for reporting and governance validation across cloud environments.
Virtual Appliance traffic migrating to SailPoint-hosted URLs for SQS and ECRECRAmazon Elastic Container Registry, AWS's managed service for storing and distributing Docker and OCI container images, giving cyber tools a private, IAM-gated registry without self-hosting infrastructure.; new hostnames to allowlist by June 29.
└──▷ TRY IT
Add the new SailPoint-hosted Docker/ECR endpoint to your firewall allowlist before the June 29 production rollout to ensure uninterrupted VA image updates.
$ # Commercial environments — add to your outbound firewall allowlist:
va-docker.secure-api.infra.identitynow.com
# FedRAMP environments — add to your outbound firewall allowlist:
va-docker.secure-api.saas.sailpointfedramp.com
Introduces SailPoint-hosted endpoints for Virtual Appliance message queue traffic, replacing direct regional Amazon SQS URLs (sqs.<region>.amazonaws.com).
Introduces SailPoint-hosted endpoints for VA container image updates, replacing direct Amazon ECR paths — new hostnames: va-docker.secure-api.infra.identitynow.com (Commercial) and va-docker.secure-api.saas.sailpointfedramp.com (FedRAMPFedRAMPA US government program that standardizes cloud security authorization, letting vendors get a single assessment accepted across federal agencies instead of repeating the process for each one.).
Sandbox rollout of SailPoint-hosted URLs begins June 15; production rollout begins June 29, 2026.
Ping Identity is an identity security platform that provides authentication, single sign-on, multi-factor authentication, and access management solutions for enterprises.
Ping Identity AIC adds social IdPIdPA service that authenticates users and supplies identity information to other applications. It is the sign-in authority behind many single sign-on systems. management, self-service journey mapping, PKCS5S2 migration, and expanded ESV support in the admin console.
└──▷ HOW TO FIND IT
Manage Proxy Connect configuration through the UI instead of making API calls — useful for tenants who want to avoid direct API access for routine config changes.
📍In the admin console, go to Settings › Proxy Connect and update your Proxy Connect configuration directly in the panel.
Use an ESV to centrally manage and rotate the from address for email providers without hardcoding values in the console.
📍In the admin console, go to Email Provider settings, and set the From Address field to an ESV reference (e.g., &esv.email.from.address).
Create or edit a social identity provideridentity providerA service that authenticates users and supplies identity information to other applications. It is the sign-in authority behind many single sign-on systems. entirely within the admin console, avoiding manual API calls.
📍In the admin console, go to Identities › Social Identity Providers, then select Create Provider or edit an existing one.
Extends the Evaluator Version selector in the admin console to all remaining next-generation script types: OIDCOIDCOpenID Connect, a sign-in protocol built on OAuth 2.0. An application uses identity information from a trusted provider instead of maintaining a separate password for each user. node, Social Provider Handler node, OAuth2OAuth2An open authorization framework (RFC 6749) that lets a service grant limited access to a user's resources on another service without exposing credentials, giving cyber tools a standard way to authenticate against third-party APIs. scripts, and Policy Condition scripts.
Enables migration of user accounts from the deprecated PKCS5S2 password hashing scheme to a more secure algorithm.
Adds an Account Status column (Active/Inactive) to the Identities page.
Supports using an environment secret or variable (ESV) to configure the from address for email providers.
Allows Proxy Connect–enabled tenants to manage Proxy Connect configuration directly in the admin console without using the API.
+7 moreshow less
Localizes hCaptcha text and challenges on hosted journey pages to match the end user's configured locale.
Makes column visibility preferences for data tables in the admin console and hosted account pages customizable and persistent across sessions.
Adds an Enable AI Agents button on the AI Agents page when the feature has not yet been activated.
Allows super administrators to configure a custom-domain redirect URI when setting up federated administrator access.
Enables creation and editing of social identity providersidentity providersA service that authenticates users and supplies identity information to other applications. It is the sign-in authority behind many single sign-on systems. directly in the Advanced Identity Cloud admin console.
Supports configuring self-service journey mappings directly in the Advanced Identity Cloud admin console.
Microsoft 365 SSOSSOSingle sign-on, using one identity provider to sign in to multiple applications. It reduces separate passwords and centralizes account and access management. applications now use the selected UPN Attribute Name setting for WS-Trust username authentication (existing applications must be resaved).
12 details in Everything
└──▷ BREAKING ON UPGRADE
!Microsoft 365 SSO applications now use the selected UPN Attribute Name setting for WS-Trust username authentication; existing applications must be resaved for this change to take effect.
1Password is a password manager that securely stores, organizes, and autofills passwords, credentials, and sensitive information across devices and browsers.
1Password for Android adds exact-phrase search with support for special characters like IPs and hostnames.
Supports quoted exact-phrase search queries, enabling lookups of strings containing dots, dashes, and other special characters (e.g., 10.1.2.3).
1 detail in Everything
14 more releases in this issue15 more releases in this issue · 2026-06-18 → 2026-07-09
1Password Linux beta adds exact-phrase search, simpler MCPMCPModel Context Protocol, a standard for connecting AI applications to external tools and data sources. A compatible server exposes capabilities an assistant can use through a common interface. server launch, and a unified Developer settings section.
└──▷ HOW TO FIND IT
Find a credential by exact IP address or hyphenated hostname without wildcard noise.
📍Search for 10.1.2.3 or prod-db-east in the 1Password search bar to retrieve exact matches.
Reference the MCP server in a client config without hard-coding its install path.
Access all developer integrations (CLI, SDKs, MCP) from one place.
📍In the app, go to Settings › Developer to find 1Password CLI, SDKs, and MCP client integration grouped together.
Supports exact-phrase search queries wrapped in double quotes, enabling precise lookup of IP addresses, hostnames, and strings containing dots or dashes.
Enables launching the bundled 1password-mcp binary by name instead of requiring an absolute path when configuring MCP server clients.
Consolidates 1Password CLI, SDKs, and MCP client integration into a single unified section under Settings > Developer.
1Password beta adds exact-phrase search, native HTTP auth autofill, and a launchable MCPMCPModel Context Protocol, a standard for connecting AI applications to external tools and data sources. A compatible server exposes capabilities an assistant can use through a common interface. binary alongside developer settings consolidation.
└──▷ HOW TO FIND IT
Find a vault item by exact IP address or hyphenated string without partial-match noise.
📍In the 1Password search bar, type 10.1.2.3 (with double quotes) to retrieve only items matching that exact string.
Configure an MCP client to use the bundled binary without hardcoding an install path.
1Password for Windows adds exact-phrase search with special characters and a simpler MCPMCPModel Context Protocol, a standard for connecting AI applications to external tools and data sources. A compatible server exposes capabilities an assistant can use through a common interface. server launch path.
└──▷ HOW TO FIND IT
Find an item containing a specific IP address or dotted string without partial matches cluttering results.
📍In the 1Password search bar, type 10.1.2.3 (with double quotes) to retrieve only items matching that exact string.
Configure an MCP client to use the bundled binary without hardcoding an install path — useful in shared or portable setups.
📍In your MCP client config, set the server command to 1password-mcp instead of an absolute path such as C:\Users\you\AppData\Local\1Password\app\8\1password-mcp.exe.
Adds exact-phrase search: wrap a query in double quotes to match special characters like dots and dashes (e.g., 10.1.2.3).
Enables launching the bundled 1password-mcp binary by name instead of requiring an absolute path in MCP client configs.
Groups 1Password CLI, SDKs, and MCP client integrations into a single unified section under Settings > Developer.
1Password iOS beta adds exact-phrase search with special characters and password generation without unlocking via Autofill.
└──▷ HOW TO FIND IT
Look up a vault item by exact IP address or dotted identifier without partial-match noise — useful when managing infrastructure credentials.
📍In the Items tab search bar, type 10.1.2.3 (with double quotes) to retrieve only items matching that exact string.
Generate a strong password from an app's login screen without leaving the Autofill flow or unlocking 1Password — reduces friction during account creation on-device.
📍Tap a password field in any app › tap the keyboard accessory or Autofill prompt › select Generate Password — no 1Password unlock required.
Supports exact-phrase search using double quotes, including special characters like dots and dashes (e.g., 10.1.2.3).
Enables password generation through Autofill without requiring 1Password to be unlocked first.
Improves Credential Exchange export error messages with actionable remediation steps.
1Password Android adds Open 1Password shortcut in autofill suggestions and updates item-move/duplicate audit events to Export Vault.
Adds an Open 1Password option directly in the autofill login suggestion list, letting users search for any vault item without leaving the sign-in flow.
Changes the audit event type for items moved or duplicated between 1Password accounts from a generic event to an Export Vault event, improving audit log fidelity for security teams.
1Password for Linux 8.12.26 adds configurable default landing section and updates audit events for cross-account item moves.
└──▷ HOW TO FIND IT
Set the app to open directly to a specific vault or section instead of the default Home view, reducing clicks for security teams managing multiple vaults.
📍In the app, go to Settings › General › Defaults and select the desired section to show on launch.
Adds a configurable default landing section so the app opens to a chosen view after launch or inactivity (Settings > General > Defaults).
1Password browser extension 8.12.26 adds instant unlock fallback, system language matching, and body-level field exclusion attributes.
Enables immediate unlock of the browser extension when the 1Password desktop app is not detected, eliminating the previous forced connection-attempt delay.
Adds Use system defaults option in the language selector so the extension matches the browser's configured language automatically.
Supports body-level data-1p-ignore and data-op-ignore attributes to exclude entire pages' fields from 1Password autofill.
Improves policy-change detection for enterprise/MDMMDMMobile device management, centrally configuring and managing enrolled devices. Administrators use it to apply settings, distribute applications and enforce device security policies.-managed deployments affecting the browser extension.
Android beta adds Open 1Password shortcut in autofill suggestions and changes item-move audit events to Export Vault.
Adds an Open 1Password option directly within the autofill suggested-logins list, letting users search for any item without leaving the sign-in flow.
Changes the audit event recorded when an item is moved or duplicated between 1Password accounts from a generic event to an Export Vault event, improving audit trail clarity for security teams.
1Password Mac beta adds configurable default landing section, CTAP2 user-verification support, and improved audit events for item moves.
└──▷ HOW TO FIND IT
Set the default landing section so your team's shared vault is the first thing shown each time 1Password opens.
📍In the app, go to Settings › General › Defaults and choose your preferred section from the dropdown.
Adds configurable default landing section so users can choose which part of 1Password is shown on first open or after inactivity (Settings > General > Defaults).
Adds support for CTAP2 authenticators that require user verification during 1Password account sign-in with two-factor authentication enabled.
Changes the audit event logged when an item is moved or duplicated between accounts to an Export Vault event, giving security teams clearer cross-account activity signals.
In Safari, pressing the down arrow in a field now moves focus to the first suggestion in the inline autofill menu.
1Password CLI Beta 2.37.0 adds 14 new shell plugins, tab completion for bash/zsh, and GitHub Enterprise Server support.
Adds Shell Plugin support for 14 new CLIs: Cline, CrateDB, Cursor, Descope, Exercism, Expo/EAS, GitHub Copilot, Google Gemini AI API, JetBrains Junie, Kiro, OpenCode, OpenTofu, PyPI (twine/flit/hatch), and UpCloud — enabling Touch ID and other unlock options for each.
Extends the GitHub shell plugin to provision GH_ENTERPRISE_TOKEN for GitHub Enterprise Server hosts and support simultaneous authentication to both github.com and Enterprise with separate credentials.
Adds environment variable-based provisioning support to the Redis CLI shell plugin.
Adds tab completion when using shell plugins in bash and zsh shells.
Enables Terraform workspace subcommands to trigger authentication when using 1Password Shell Plugins.
Clerk is a complete user authentication and management platform that provides embeddable UI components, APIs, and dashboards for adding secure sign-in and identity features to applications.
Clerk CLI 2.0 adds local webhook testing, one-command user impersonation, and a refreshed interactive UX.
New local webhooks toolkit lets you receive and inspect webhook events during development without a public URL.
New one-command user impersonation enables developers to instantly act as any user for debugging and testing.
Refreshed interactive CLI experience redesigned for both human developers and AI agents.
3 details in Everything
4 more releases in this issue
· 2026-06-22 → 2026-07-09
Clerk SAMLSAMLA standard for passing signed identity assertions between a sign-in provider and an application. It lets a user sign in through their organization's identity provider. connections now support disabling just-in-time provisioning to block unprovisioned users.
└──▷ TRY IT
Disable JITJITA runtime compilation strategy where code is translated from an intermediate form to native machine instructions at execution time, giving tools the speed of compiled code without sacrificing dynamic flexibility. provisioning on an existing SAML connection so only pre-provisioned users can sign in.
Clerk adds self-serve enterprise SSOSSOSingle sign-on, using one identity provider to sign in to multiple applications. It reduces separate passwords and centralizes account and access management. configuration for IT admins via a new Security tab in OrganizationProfile.
└──▷ HOW TO FIND IT
Expose the new Security tab to organization members so their IT admins can self-configure enterprise SSO — no Clerk dashboard access required.
📍In the Clerk dashboard, ensure <OrganizationProfile /> is rendered in your app; IT admins will find the new Security tab there to configure and manage their enterprise SSO connections.
New Security tab in <OrganizationProfile /> lets customers' IT admins configure and manage their own enterprise SSO connections without involving your support team.
Keycloak is an open-source identity and access management solution that provides single sign-on, authentication, and authorization for applications and services.
Keycloak 26.7.0 adds SCIMSCIMA standard for creating, updating and removing user accounts and groups across applications. It helps an identity provider keep access in sync when people join, change roles or leave. API preview, SSF real-time signals, AuthZen PDP, SAMLSAMLA standard for passing signed identity assertions between a sign-in provider and an application. It lets a user sign in through their organization's identity provider. step-up auth, and a new Admin APIAdmin APIA dedicated HTTP interface that exposes management and configuration operations separately from the data plane, letting cyber tools automate provisioning, policy changes, or monitoring without touching the main user-facing service. v2.
└──▷ TRY IT
Enable the SCIM API preview so HR systems or identity governance platforms can provision and deprovision users automatically.
$ bin/kc.sh start --features=scim-api
Enable real-time SSF security event delivery so downstream apps learn about logouts and credential changes without waiting for token refresh.
$ bin/kc.sh start --features=ssf
Enable the AuthZen PDP endpoint so PEPs can request standardized permit/deny decisions without coupling to Keycloak's proprietary authorization API.
$ bin/kc.sh start --features=authzen
Adds SCIM API (preview) for automating user and group provisioning and deprovisioning via standard CRUDCRUDThe four basic database operations — Create, Read, Update, Delete — used as shorthand for any system that manages persistent data records, giving cyber tools a standard model for interacting with stored information., PATCH, filtering, pagination, and schema discovery endpoints.
Adds OpenIDOpenIDAn open standard for decentralized authentication that lets a user prove their identity to a site via a trusted third-party provider, so tools can delegate login without managing credentials themselves. Shared Signals Framework (SSF) Transmitter support (experimental), pushing signed Security Event Tokens to relying parties via push (RFC 8935) and poll (RFC 8936) delivery with durable outbox and retry logic.
Adds AuthZen Evaluation API (experimental) implementing the OpenID AuthZENOpenID AuthZENAn emerging standard from the OpenID Foundation that defines a common API for querying authorization engines, letting cyber tools swap policy decision points without rewriting integration code. Authorization API 1.0, exposing single and batch PDP evaluation endpoints for vendor-neutral authorization decisions.
Promotes step-up authentication for SAML clients to supported status, enabling SAML service providers to request specific authentication context classes.
Adds Identity Brokering API v2 with client-level authorization, confidential-clients-only enforcement, OAuth 2.0OAuth 2.0An open authorization framework (IETF RFC 6749) that lets a service grant limited API access to a third party without sharing credentials, giving cyber tools a standard way to authenticate against external platforms.-compliant POST endpoint, and a new session-based token storage option.
+6 moreshow less
Adds Identity Assertion JWTJWTAn open standard (RFC 7519) for encoding claims as a signed, optionally encrypted JSON object passed between parties. Cyber tools use it to verify identity and permissions without querying a central session store. Authorization Grant (ID-JAG) support (experimental), allowing Keycloak to accept cross-domain identity assertions and issue access tokensaccess tokensA credential that authorizes a client to use a service or API. It usually has limited permissions and a lifetime; anyone holding it may be able to use those permissions. without re-authentication.
Adds token exchangetoken exchangeAn OAuth 2.0 protocol extension (RFC 8693) that lets a service trade one token for another with different scopes, audience, or type, enabling delegation and impersonation across service boundaries without re-authenticating the user. delegation (experimental) with a new delegation parameterized scope type that validates impersonation rights before granting token exchange.
Introduces Admin API v2 (experimental) for declarative OIDCOIDCOpenID Connect, a sign-in protocol built on OAuth 2.0. An application uses identity information from a trusted provider instead of maintaining a separate password for each user. and SAML client management with strict validation, accurate OpenAPIOpenAPIA vendor-neutral specification for describing REST APIs in a machine-readable format, maintained by the OpenAPI Initiative. Cyber tools use it to auto-generate clients, documentation, and validation from a single source of truth. spec, and Java/JavaScript/CLI clients.
Adds fine-grained delegation for organization administration, introducing dedicated admin roles and Fine-Grained Admin Permissions for organizations.
Adds OID4VCIOID4VCIAn OpenID Foundation protocol for issuing verifiable credentials to a digital wallet over OAuth 2.0, giving cyber tools a standard way to request and receive cryptographically signed identity claims. credential refresh interval configuration via vc.refresh_interval_in_seconds in client scope settings, plus admin UI support for all OID4VCI settings and user-initiated credential issuance from the account console.
Adds MCPMCPModel Context Protocol, a standard for connecting AI applications to external tools and data sources. A compatible server exposes capabilities an assistant can use through a common interface. authorization documentation for Claude Code as a new MCP client integration alongside existing VS Code support.
11 details in Everything
1 more release in this issue
· 2026-07-03 → 2026-07-09
Keycloak gains experimental OpenIDOpenIDAn open standard for decentralized authentication that lets a user prove their identity to a site via a trusted third-party provider, so tools can delegate login without managing credentials themselves. Shared Signals Framework (SSF) 1.0 Transmitter support, pushing signed SETs to receivers in seconds.
└──▷ TRY IT
Enable the experimental SSF Transmitter feature when starting Keycloak so the per-realm SSF endpoints become available.
$ kc.sh start-dev --feature-ssf=enabled
Obtain a client-credentials token scoped to SSF management, then use it to create or manage streams against the Keycloak SSF transmitter endpoints.
Enable the SSF Transmitter for a realm and create an SSF-enabled OIDCOIDCOpenID Connect, a sign-in protocol built on OAuth 2.0. An application uses identity information from a trusted provider instead of maintaining a separate password for each user. receiver client, then configure its stream settings via the Admin Console.
📍In the Admin Console:
1. Open the target realm → Settings → SSF Transmitter toggle → On (sets ssf.transmitterEnabled).
2. Go to Clients → Create client, set Client authentication On, Service accounts roles enabled.
3. On the client's SSF tab: enable SSF, set Default Subjects to ALL, add an Audience (e.g. https://caep.dev), and tick Push and Poll as supported delivery methods.
4. Under Client scopes, add ssf.read and ssf.manage as Optional scopes.
Adds experimental SSF 1.0 Transmitter role: Keycloak now pushes signed Security Event Tokens (SETs) to subscribed receivers for identity events such as session revocation, credential change, and account disable.
Supports CAEP 1.0 and RISC 1.0 event profiles, automatically mapping native Keycloak events (login, logout, credential change, session revocation) to the correct standardised event types.
Supports both HTTP push (RFC 8935) and HTTP poll (RFC 8936, return-immediately) delivery channels for SET distribution.
Introduces a transactional outbox: events are durably persisted in the same transaction that produced them, then drained asynchronously with exponential backoff, decoupling generation from delivery.
New synthetic event REST endpoint lets external tools (e.g. SOCSOCA security operations center, the team or function that monitors threats, investigates alerts and coordinates incident response. Its work can be internal, outsourced or shared./IAMIAMIdentity and Access Management — a framework of policies and services for controlling who can authenticate to systems and what resources they are authorized to use, letting cyber tools enforce least-privilege and audit access. platforms) inject events that did not originate inside Keycloak — useful for bridging external credential-change signals.
+5 moreshow less
Configures SSF Receivers as standard OIDC clients with a per-client ssf.enabled toggle, ssf.read/ssf.manage scopes, and a defaultSubjects policy of ALL or NONE.
Adds per-receiver event filter (emit-only-events allowlist) so each receiver subscribes only to the event types it needs.
Ships legacy SSESSEServer-Sent Events, a browser API and HTTP-based protocol where a server pushes a stream of text events to a client over a single long-lived connection, giving tools a lightweight alternative to WebSockets for one-way real-time updates. CAEP draft profile for Apple Business Manager and Apple School Manager interoperability, enabling Keycloak to act as a federated IdPIdPA service that authenticates users and supplies identity information to other applications. It is the sign-in authority behind many single sign-on systems. for Apple device fleets.
Exposes full stream CRUDCRUDThe four basic database operations — Create, Read, Update, Delete — used as shorthand for any system that manages persistent data records, giving cyber tools a standard model for interacting with stored information. plus status, verification, and stream-config endpoints; streams and subjects are manageable via both the Admin REST APIREST APIA web API design style where clients interact with resources over HTTP using standard methods like GET, POST, and DELETE, giving cyber tools a predictable, language-agnostic way to integrate with external services. and new Admin Console SSF tabs.
Adds Prometheus metrics under the keycloak_ssf_* namespace covering dispatcher, drainer, poll endpoints, verification flow, outbox depth, and per-delivery counters and latencies.
Okta Identity Engine is a flexible authentication platform that enables developers to build customizable, secure identity and access management workflows into their applications.
Okta July 2026 brings bot protection GA, AI agent token improvements, native-to-web SSOSSOSingle sign-on, using one identity provider to sign in to multiple applications. It reduces separate passwords and centralizes account and access management., and advanced device posture checks.
└──▷ TRY IT
Retrieve only specific fields from the Groups list endpoint to reduce payload size in automated pipelines.
$ GET /api/v1/groups?fields=id,profile.name,profile.description
Delete a group push mapping stuck in ERROR state to unblock sync without manual console intervention.
Enable bot protection for a sign-on policy to block automated credential attacks on your org.
📍In the Admin Console, go to Security › Sign-On Policies › select a policy › Edit › enable Bot Protection under the Authentication settings.
Bot protection is now generally available in Production.
New fields query parameter for Groups, Realms, and Devices list endpoints is now GA in Production, enabling selective field retrieval.
New IP Service available for enhanced dynamic network zones.
Improved group member search functionality is now GA in Production.
Customizable emails for PasskeyPasskeyPhishing-resistant sign-in credentials built on FIDO2/WebAuthn: the device holds a private key and proves possession instead of the user typing a password. They sync across a user's devices. (FIDO2FIDO2The open standard behind passkeys and hardware security keys, where a website checks a signature from the user's device instead of a password. Because the key is bound to the site, phishing pages cannot use it.WebAuthnWebAuthnA web standard that lets a browser prove possession of a passkey or hardware key to a website. It is the browser-facing part of FIDO2 sign-in.) authenticator is GA in Preview.
+12 moreshow less
Email authenticator auto-enrollment and recovery management is GA in Preview.
Advanced device posture checks is GA in Preview.
Clear Managed Chrome Profile Browsing Data is now GA in Production.
Group push support added in API Integration Actions apps.
Supports deletion of group push mappings in ERROR state.
Replace a Group Rule API can now update already-assigned groups.
Native to Web SSO is now GA in Production.
Removal of Cross App Access as a self-service feature (breaking change practitioners must account for).
Spec-compliant client ID claims now issued for AI agent tokens.
SCIMSCIMA standard for creating, updating and removing user accounts and groups across applications. It helps an identity provider keep access in sync when people join, change roles or leave. filter use added to endpoints.
Agent-to-agent connections is now available in Early Access (EA) in Preview.
New Register an AI agent API introduced (appId parameter deprecated in favor of new registration flow).
17 details in Everything
└──▷ BREAKING ON UPGRADE
!The appId parameter in the Register an AI agent API is deprecated
!Cross App Access is removed as a self-service feature
1 more release in this issue
· 2026-06-17 → 2026-07-01
BeyondTrust is a privileged access management platform that secures, controls, and monitors privileged accounts, credentials, and remote access across enterprise environments.
Remote Support 25.3.5 adds LDAPLDAPA protocol for querying and modifying directory services, standardized under RFC 4511, commonly used to look up users, groups, and attributes in corporate identity stores like Active Directory. authentication and SCIMSCIMA standard for creating, updating and removing user accounts and groups across applications. It helps an identity provider keep access in sync when people join, change roles or leave. integration support through Pathfinder.
Adds LDAP authentication support via Pathfinder, enabling user validation against existing directory services with improved login reliability and error feedback.
Adds SCIM integration for Pathfinder, enabling automated user and access synchronization with identity providersidentity providersA service that authenticates users and supplies identity information to other applications. It is the sign-in authority behind many single sign-on systems. to reduce manual administration.
JumpCloud is a cloud-based directory platform that manages user identities, devices, and access to applications and networks across organizations.
JumpCloud Agent 2.138.3 adds JITJITA runtime compilation strategy where code is translated from an intermediate form to native machine instructions at execution time, giving tools the speed of compiled code without sacrificing dynamic flexibility. URLs for scheduled commands and improves per-user agent reliability on Linux.
Scheduled and repeating commands with remote files now use just-in-time (JIT) URLs, preventing failures when Amazon S3 presigned links expire before execution.
Linux per-user agent more reliably runs during user association and login, enabling JumpCloud Go registration and device trust flows without manual intervention.
Ubiq Security is a developer-focused encryption platform that provides APIs and SDKs enabling applications to easily integrate structured data encryption without managing cryptographic complexity.
Ubiq adds Access Groups, dataset tagging, advanced structured encryption config, SIEMSIEMSecurity information and event management, collecting logs from many systems and correlating events to find suspicious activity. Analysts use it to investigate alerts and incidents. streaming, and expanded SDK capabilities.
└──▷ HOW TO FIND IT
Stream Ubiq encryption activity events to Splunk for real-time SIEM monitoring of data access.
📍In the Ubiq Dashboard, go to Administration › Observability Integration Setup and configure your Splunk endpoint to enable Event Streaming.
Enable SSOSSOSingle sign-on, using one identity provider to sign in to multiple applications. It reduces separate passwords and centralizes account and access management. for the Ubiq Dashboard using your existing enterprise identity provideridentity providerA service that authenticates users and supplies identity information to other applications. It is the sign-in authority behind many single sign-on systems. to centralize access control.
📍In the Ubiq Dashboard, go to Administration › SSO for the Ubiq Dashboard and configure your SAML or OpenID Connect provider (Google Workspace, Microsoft Entra, or Okta).
Monitor Ubiq platform availability within your internal observability stack using the Prometheus healthcheck endpoint.
Introduces Access Groups to manage dataset access for identities (API Keys and IDPIDPA service that authenticates users and supplies identity information to other applications. It is the sign-in authority behind many single sign-on systems. users), replacing the previous Dataset Group → Identity hierarchy.
Adds dataset tagging as a flexible, non-hierarchical replacement for Dataset Groups, allowing grouping by environment, application, or any custom structure.
Enables advanced structured Dataset configuration in the dashboard UI, allowing encryption behavior for dates, numerics, short fields, and large character sets to be defined at policy level without custom code.
Adds long-term event storage with automatic rollups, preserving high-granularity recent data while extending historical visibility to years.
Deploys core system changes with zero downtime to APIs and encryption services.
+18 moreshow less
Adds Event Streaming (SIEM Log Forwarding) for Enterprise customers to push activity and usage events to Splunk.
Adds Dashboard SSO support via SAMLSAMLA standard for passing signed identity assertions between a sign-in provider and an application. It lets a user sign in through their organization's identity provider. or OpenID ConnectOpenID ConnectOpenID Connect, a sign-in protocol built on OAuth 2.0. An application uses identity information from a trusted provider instead of maintaining a separate password for each user., including Google Workspace, Microsoft Entra, and Okta.
Adds Prometheus healthcheck endpoint for customers to monitor Ubiq availability in internal observability platforms.
Adds API Key Expiration, allowing users to set expiration dates on newly created API keys.
Adds support for custom IDP integrations (non-SCIMSCIMA standard for creating, updating and removing user accounts and groups across applications. It helps an identity provider keep access in sync when people join, change roles or leave., non-standard IAMIAMIdentity and Access Management — a framework of policies and services for controlling who can authenticate to systems and what resources they are authorized to use, letting cyber tools enforce least-privilege and audit access.) within Ubiq Libraries and Dashboard, including MSSQL built-in authentication.
Java 2.3.1: Adds support for int32, int64, date, datetime, token (64/128-byte), and generic strings with Base32, Base64, or no encoding in structured datasets.
Java 2.3.1: Adds loadCache function for on-demand cache hydration and refresh, reducing first-use latency and minimizing unexpected network traffic.
Java 2.3.1: Verifies encryption and decryption calls as thread-safe for concurrent workloads.
Go 2.3.0: Adds support for int32, int64, date, datetime, token (64/128-byte), and generic strings with Base32, Base64, or no encoding in structured datasets.
Go 2.3.0: Improves error handling with clearer, more actionable error messages for edge cases.
C 2.2.4.0: Adds new thread-safe methods for encrypting and decrypting data in multi-threaded environments using shared resources.
Go 2.2.5: Adds configurable max cache size for strict memory management of the internal key cache.
Adds API Key Cloning to quickly create additional API keys sharing the same permissions.
Adds MaxCompute native integration, enabling Ubiq encrypt/decrypt capabilities within MaxCompute SQL via User-Defined Functions.
Requires MFAMFAMulti-factor authentication, requiring proof from different categories, such as a password and a hardware key, to sign in. It reduces reliance on a password alone. revalidation before users can remove MFA from their account.
Adds Identities section in the dashboard consolidating API Keys and IDP-managed users, with an access graph for at-a-glance visibility.
Allows naming primary keys during dataset creation in the dataset wizard.
Allows creation of a dataset without requiring simultaneous API key creation in the dataset wizard.
Immuta is a data security platform that automates access control, privacy policy enforcement, and data governance across cloud data environments.
Immuta adds automated Redshift discovery, managed policy groups, Alation OAuth 2.0OAuth 2.0An open authorization framework (IETF RFC 6749) that lets a service grant limited API access to a third party without sharing credentials, giving cyber tools a standard way to authenticate against external platforms., Delta Sharing masking, and Teams/Slack notifications.
└──▷ HOW TO FIND IT
Apply a system-wide subscription policy that restricts AI-restricted data to human users only, using the new built-in All Agents group to exclude agent accounts.
📍In the Immuta console, go to Policies › Subscription Policies › New Policy, set the condition to deny access when the subscriber is a member of All Agents, and scope it to data sources tagged as AI-restricted.
Switch the Alation integration to OAuth 2OAuth 2An open authorization framework (RFC 6749) that lets a service grant limited access to a user's resources on another service without exposing credentials, giving cyber tools a standard way to authenticate against third-party APIs..0 to eliminate the need for recurring API key rotation every 24–90 days.
📍In the Immuta console, go to App Settings › Integrations › Alation, select OAuth 2.0 as the authentication method, and supply your OAuth client credentials.
Enable automated sensitive data discovery on a Redshift viewless data source to automatically tag columns matching regex, dictionary, or column-name patterns.
📍In the Immuta console, open your Amazon Redshift viewless data source, navigate to the Sensitive Data Discovery tab, and enable automated discovery to begin applying identifier-based tags to matching columns.
Adds automated sensitive data discovery (regex, dictionary, and column name regex identifiers) for the Amazon Redshift viewless integration, auto-tagging matching columns.
Introduces three built-in Immuta-managed groups — All Agents, All Users, and All Identities — usable in subscription and data policies without manual membership management.
Enables case-insensitive Starburst (Trino) principal name matching for more reliable user and service account identification (on by default 7/1, mandatory 8/1).
Revokes data owner grants when a data source is disabled in Immuta (behavior change: opt-in 6/30, on by default 8/1, mandatory 9/1).
Extends Unity Catalog tag ingestion to foreign catalogs (Lakehouse FederationLakehouse FederationA data architecture pattern that lets a single query engine read from multiple external data sources—databases, data lakes, warehouses—without moving or copying the data, reducing pipeline complexity for tools that need broad data access.) by leveraging system.information_schema tag views as a fallback.
+7 moreshow less
Embeds Immuta documentation and an AI-powered chatbot directly in the Immuta UI via a Documentation icon in the top menu.
Adds OAuth 2.0 authentication support for the Alation integration, eliminating recurring API key rotation alongside the existing API key method.
Supports row filtering and column masking on Unity Catalog managed, external, and foreign tables in Databricks Delta Sharing shares.
Slack and Microsoft Teams notifications for the Request app are now generally available, delivering event-driven alerts for approvals, access changes, and requests.
Extends Request app Microsoft Teams notifications to the Asia Pacific region (previously North America and Europe only).
Adds constant and hash masking support for Immuta's Teradata integration, complementing existing null masking.
Review Assist (AI-powered access request recommendation engine) now incorporates request form responses as additional context for recommendations.
DigiCert CertCentral is a certificate lifecycle management platform that allows organizations to issue, manage, renew, and automate SSL/TLS and other digital certificates.
CertCentral's Allowed validity periods setting now controls certificate validity (max 199 days), not order validity, with updated TLS request forms.
└──▷ HOW TO FIND IT
Restrict which certificate validity durations your team can select when ordering Basic OV TLS certificates.
📍In the CertCentral console, go to Settings › Product Settings, select Basic OV in the Product column, configure Allowed validity periods under Product Settings, then click Save Settings.
Allowed validity periods setting for TLS products now controls certificate validity instead of order validity, capped at the 199-day maximum.
Annual plan and Multi-year Plan TLS request forms now show coverage options in years (1-, 2-, 3-year) with custom order validity options removed.
For non-Annual/non-Multi-year Plan TLS requests, certificate validity and order validity are now unified (e.g., a 47-day cert creates a 47-day order).
Breaking change: any previously configured allowed validity periods exceeding 199 days are automatically removed from TLS product settings.
4 details in Everything
└──▷ BREAKING ON UPGRADE
!The Allowed validity periods setting in TLS certificate product settings no longer controls order validity; it now controls certificate validity. Any previously configured validity periods greater than 199 days will be automatically removed from the setting.
!Customized order validity options have been removed from Annual plan and Multi-year Plan TLS certificate request forms; coverage options now appear only in years (1-, 2-, or 3-year).
!For non-Annual plan and non-Multi-year Plan TLS certificate requests, any validity periods greater than 199 days have been removed, and certificate validity now determines order validity.
CertCentral enforces CT logging for all public TLS certs and upgrades MPICMPICMulti-Perspective Issuance Corroboration, a CA/Browser Forum requirement that certificate authorities verify domain control from multiple network vantage points to reduce BGP hijack and DNS manipulation risks during certificate issuance. to four remote locations across two RIRs.
└──▷ HOW TO FIND IT
Check whether your existing TLS certificates are logged to CT logs before the enforcement deadline using CertCentral's Report Library.
📍In CertCentral, go to Reports › Report Library, then generate or run a TLS certificate report and filter by CT log status to identify any certificates currently excluded from CT logs.
Enforces Certificate TransparencyCertificate TransparencyA public, append-only log system maintained by various operators (Google runs several) that records every TLS certificate issued, letting anyone audit CAs for misissued or rogue certificates. (CT) logging for all newly issued public TLS certificates (DV, OV, EV, QWAC, QWAC PSD2) across all DigiCert brands — opt-out is no longer available.
Removes CT logging opt-out options from CertCentral, requiring customers who previously excluded certificates from CT logs to reassess their PKIPKIA framework of policies, roles, and cryptographic standards for issuing and managing digital certificates that bind public keys to identities, letting tools verify authenticity and encrypt communications without pre-shared secrets. strategy (private PKI hierarchies remain unaffected).
Upgrades Multi-Perspective Issuance Corroboration (MPIC) to require corroboration from at least four remote network locations spanning at least two different Regional Internet Registry (RIR) regions, aligning with CA/Browser Forum Phase 4 requirements.
3 details in Everything
└──▷ BREAKING ON UPGRADE
!All public TLS certificates (DV, OV, EV, EU QWAC, EU QWAC PSD2) across all DigiCert brands will be logged to CT logs starting June 1, 2026, removing the ability to opt out of CT logging for newly issued, reissued, or duplicate public TLS certificates.
!The CT logging opt-out options are being removed from CertCentral, meaning any workflow or configuration that relied on keeping public TLS certificates out of CT logs will no longer function for certificates issued on or after June 1, 2026.
CertCentral Service Users can now have their first and last names updated via UI or API.
└──▷ HOW TO FIND IT
Rename a Service User via the CertCentral console to reflect its operational role or owning team.
📍In CertCentral, go to Account › Service Users, select a Service User, update the First name and Last name fields under User details, then select Update user.
Enables updating a Service User's first and last name in CertCentral or via the Services API, making it easier to identify API key ownership and assign users to teams or roles.
CertCentral adds domain-scoped API keys, expands Manager org validation permissions, and improves Smart Seal accessibility.
└──▷ HOW TO FIND IT
Create a least-privilege API key scoped only to domain management — ideal for automation pipelines that manage domain validation without needing certificate ordering access.
📍In CertCentral, go to Automation › API Keys › Add API Key. Enter a Description, select the target User, then in the API key restrictions (optional) menu select Domains, and click Add API key.
New Domains API key restriction scope lets CertCentral API keys be limited exclusively to domain management actions (add, submit, validate, revalidate domains) with no access to certificate ordering or account management.
Expands Manager role permissions to include the full organization prevalidation workflow: access the Organizations page, view all organizations, add organizations, and submit them for validation independently of a certificate request.
Improved DigiCert Smart Seal and Site Seal keyboard accessibility: users can now tab to the seal, activate it with Enter or Space, and receive a visible focus ring — giving keyboard-only users the same hover information as mouse users.
Smart Seal and Site Seal now meet WCAG 2.1 criteria (SC 1.1.1, SC 2.1.1, SC 4.1.2): descriptive alt text added to PNG and SVG seal variants, seals identified as interactive buttons to assistive technologies, and screen readers receive the label 'Verify DigiCert TLS certificate for this site'.
CertCentral Service Users now support custom first and last names for clearer API key identification.
└──▷ HOW TO FIND IT
When creating a Service User for a specific integration, set meaningful names so admins can instantly identify the key's purpose in the API Keys list.
📍In CertCentral, go to Automation › API Keys › Add API Key. In the Add API Key window, select Create new service user from the User menu, then replace the default Service and User values in the First Name and Last Name fields (e.g., First Name: Integration, Last Name: Production). Complete the remaining fields and select Add API Key.
Enables custom first and last name assignment when creating a Service User, replacing the generic Service/'User' defaults to reflect team, integration, or role context.
CertCentral adds editable ACMEACMEAn IETF-standard protocol (RFC 8555) for automating TLS certificate issuance and renewal, letting cyber tools manage certificates without manual CA interaction. Directory URL limits and automated authorized representative delegation for PKIo certs in Europe.
└──▷ HOW TO FIND IT
Modify an existing ACME Directory URL's allowed domains and order cap instead of creating a new one — useful when onboarding new subdomains or scaling automation quotas.
📍In CertCentral, go to Automation › ACME Directory URLs. In the Actions menu for the target URL, select Update ACME Directory URL. Under Allowed SANs (optional), add or remove domains. Under Number of allowed orders (optional), increase the limit or remove it to restore unlimited status. Select Update ACME Directory URL.
Set up authorized representative delegation for a service user so PKIo Private Services Server certificate orders are auto-approved without repeated manual sign-offs.
📍In CertCentral Europe, go to Account › Users. Select the target user. Under Authorized representative delegation, select Request authority delegation. In the Submit a delegation request window, choose the organization and authorized representative, then select Submit.
Enables editing of domain (SAN) and order limit restrictions on existing ACME Directory URLs — add/remove allowed SANs, adjust order caps, or restore unlimited status without creating a new URL.
Introduces automated Authorized Representative Delegation in CertCentral Europe for PKIo Private Services Server certificates, allowing PKIo orders to be auto-approved after a one-time delegate setup — eliminating per-order manual approvals.
Supports delegation of authorized representative authority to administrators, managers, and service users, enabling bulk certificate issuance via CertCentral Europe or the Services API.
DigiCert CertCentral now issues public TLS certificates with partitioned CRLCRLA Certificate Revocation List is a signed file, published by a certificate authority, listing certificates it has revoked before expiry so that clients can reject compromised or mis-issued credentials without contacting the CA live. Distribution Point URLs, capping each CRL at ~9.5 MB.
All newly issued public DigiCert TLS certificates include CRLDP URLs pointing to partitioned CRLs (~9.5 MB each) instead of a single monolithic revocation list.
Cyera is a cloud data security platform that discovers, classifies, and protects sensitive data across cloud environments to reduce risk and ensure compliance.
Cyera adds AI-Powered Issue Severity to evaluate alerts in full business context — data sensitivity, identity access, and exposure conditions.
New AI-Powered Severity engine scores issues using business context including data sensitivity, identity access, and exposure conditions to prioritize what truly matters.
Provides AI-generated explanations for each severity rating to accelerate confident remediation decisions.
Cyera Browser Shield adds real-time AI prompt monitoring and inline blocking to control Shadow AI across the enterprise.
└──▷ HOW TO FIND IT
Enable Browser Shield visibility and inline blocking through the Cyera console to surface and control Shadow AI usage across your organization.
📍In the Cyera console, navigate to Browser Shield, enable monitoring for browser-based AI tools, configure policies to distinguish corporate vs. personal accounts, and connect alert output to Omni DLP for unified investigation.
New Browser Shield capability provides enterprise-wide visibility into approved and unsanctioned browser-based AI tool usage.
Monitors AI prompts in real time before submission, enabling interception of risky inputs before data leaves the browser.
Distinguishes between corporate and personal accounts on AI tools, enabling policy enforcement based on account context.
Blocks risky prompt submissions inline, preventing sensitive data from reaching unsanctioned AI services.
Integrates Browser Shield alerts with Omni DLPDLPData Loss Prevention: a category of controls that inspect and block sensitive data from leaving an organisation via email, web, or removable media, giving cyber tools a policy enforcement layer over data in motion and at rest. for unified investigation of AI-related data exposure events.
Cyera MCPMCPModel Context Protocol, a standard for connecting AI applications to external tools and data sources. A compatible server exposes capabilities an assistant can use through a common interface. connects any MCP-compatible AI tool to DataPort for natural-language data security queries and agent workflows.
New Cyera MCP integration enables building custom data security agents by connecting MCP-compatible AI tools to Cyera's DataPort.
Supports natural-language querying of sensitive data locations, access paths, exposure risks, and classification insights via DataPort.
Enables AI-driven threat hunting, investigation acceleration, and report generation grounded in live Cyera security intelligence.
Cyera Privacy launches with continuous data discovery, RoPA, DSR automation, risk management, and consent management.
New continuous data discovery and enriched classification engine grounds privacy operations in real-time inventory of personal data locations and usage.
Adds automated data mapping and Records of Processing Activities (RoPA) built from live data context rather than manual surveys.
Introduces privacy assessments pre-filled with actual data discovery findings, reducing manual effort in DPIADPIAA Data Protection Impact Assessment — a structured process, required under GDPR, for identifying and mitigating privacy risks before deploying a system that processes personal data at scale. and similar workflows.
Adds Data Subject Request (DSR) automation to fulfill access, deletion, and portability requests against a continuously updated data inventory.
New centralized privacy risk management surface consolidates privacy risks identified across the data estate.
+1 moreshow less
Supports consent management across GDPRGDPREU regulation enacted in 2018 that governs how organizations collect, store, and process personal data of EU residents, giving cyber tools legal obligations around data handling and breach notification., CCPA, and additional privacy frameworks from a single platform.
Cyera DLPDLPData Loss Prevention: a category of controls that inspect and block sensitive data from leaving an organisation via email, web, or removable media, giving cyber tools a policy enforcement layer over data in motion and at rest. Trends surfaces recurring exposure patterns across users, destinations, and roles instead of single-event alerts.
New DLP Trends view aggregates repeated exposure events into patterns, showing what keeps happening, where, and who is involved.
Enables prioritization of recurring risks — such as data repeatedly sent to personal destinations or sharing tied to specific roles — over one-off alert triage.
Incorporates Cyera's data context to elevate provider severity scores within trend analysis.
Cyera adds Data Lineage for Files, tracing how humans and AI move sensitive files across system boundaries.
New Data Lineage for Files capability traces the full lifecycle of sensitive files as they are moved, transformed, and propagated by humans and AI agents across systems.
Enables reconstruction of file propagation paths even when files cross system boundaries.
Turns isolated security events into connected investigation context within a single lineage view.
Cyera adds Data Retention Policies to surface overdue and stale sensitive files at scale across cloud environments.
New Data Retention Policies capability detects files that have exceeded a defined retention period using file age signals combined with Cyera's classification context.
Identifies sensitive data no longer in active use, enabling teams to reduce audit scope and breach impact without manual review at scale.
Adds visibility into existing Microsoft Purview retention labels applied to M365 files, supporting audit readiness and compliance assessment for Microsoft customers.
Cyera extends identity visibility to on-prem file shares via Active DirectoryActive DirectoryMicrosoft's directory service for Windows networks that centralises authentication and authorisation; cyber tools target or integrate with it because it controls identity and access across most enterprise environments. mapping across SMBSMBA network file-sharing protocol developed by Microsoft that lets systems share files, printers, and named pipes over a network; cyber tools target or speak it because it is ubiquitous in Windows environments., NetApp, and Dell PowerScale.
Adds identity visibility for on-prem file shares by mapping Active Directory access across SMB File Shares, NetApp, and Dell PowerScale.
Enables teams to see who has access, how permissions were granted, and where sensitive data is overly exposed in on-prem environments.
Surfaces access paths (rather than individual files) to help teams identify and reduce overly permissive or inherited access at the source.
Cyera adds nine new integrations spanning cloud security, NHINHIA non-human identity, an account or credential used by software or a device rather than a person. Service accounts, workload identities and automation tokens need their own permissions and lifecycle controls., data catalogs, lineage, and vuln prioritization.
New integration with AWS Security Hub to surface Cyera data risk context alongside cloud security posture findings.
New integration with Upwind to enrich cloud security workflows with data exposure context.
New integration with Clutch to bring data risk context into non-human identitynon-human identityA non-human identity, an account or credential used by software or a device rather than a person. Service accounts, workload identities and automation tokens need their own permissions and lifecycle controls. remediation workflows.
New integration with Atlan to extend data risk and sensitivity context into data catalog workflows.
New integration with Euno to incorporate data lineage context into risk triage.
+4 moreshow less
New integration with Grip Security to surface data exposure signals within SaaSSaaSSoftware delivered over the internet and run on the provider's infrastructure, so the buyer pays a subscription instead of installing or operating anything locally. security workflows.
New integration with Reco AI to add data risk context to AI-driven security investigations.
New integration with Zafran to enrich vulnerability prioritization with data exposure data.
New integration with imPAC to extend data risk context into remediation workflows.
Cyera adds ServiceNow ITSMITSMIT Service Management: a framework of practices for delivering and supporting IT services, covering ticketing, change control, and incident response. Cyber tools integrate with it to automate alert-to-ticket workflows. as a discoverable data source, scanning tickets, incidents, attachments, and free-text fields.
Adds ServiceNow ITSM as a supported data source, enabling discovery and classification across tickets, incident records, attachments, and free-text fields.
Detects exposed PIIPIIPersonally Identifiable Information — data that can identify a specific individual, such as names, email addresses, or SSNs. Cyber tools flag or redact it to limit exposure and meet privacy regulations., plain-text credentials, and regulated data within day-to-day ITSM operational workflows that traditional tools overlook.
Brings ServiceNow under Cyera's DSPMDSPMData security posture management, locating sensitive data and checking how it is protected and who can reach it. It helps teams prioritize risks around their data stores. governance, treating it as a managed data store rather than an unmonitored exception.
Cyera Topic Exploration groups technical data classifications into business-aligned concepts for clearer policy and faster remediation.
Introduces Topic Exploration, which aggregates multiple technical data classifications into business-aligned topics that map to how organizations think about their data.
Enables policy creation, automation, and remediation workflows to be driven by business context rather than raw data labels.
Allows security and data teams to prioritize and communicate data risk in terms that business leaders understand.
Netskope is a cloud security platform that provides real-time visibility, threat protection, and data security across cloud apps, websites, and private applications.
Netskope R131 adds Next-Gen SSPMSSPMSaaS security posture management, checking hosted applications for risky settings, excessive access and policy violations. It helps teams manage risks across their subscribed applications. onboarding for M365/Salesforce, on-demand deep scanning, on-prem detection, and macOS/iOS 26 client support.
└──▷ HOW TO FIND IT
Onboard a Microsoft 365 tenant into Next-Gen SSPM to continuously assess your M365 security posture against benchmarks.
📍In the Netskope console, go to SSPM › Next-Gen SSPM › Onboarding and select Microsoft 365, then follow the guided connector setup.
Adds pre-built Ubuntu 22.04 VM image for Hyper-V to simplify Netskope Private Access publisher deployments.
Supports onboarding Microsoft 365 in Next-Gen SSPM for SaaSSaaSSoftware delivered over the internet and run on the provider's infrastructure, so the buyer pays a subscription instead of installing or operating anything locally. security posture visibility.
Supports onboarding Salesforce in Next-Gen SSPM for SaaS security posture visibility.
New Deepscan On Demand capability for Threat Protection API enables targeted deep file inspection outside of inline policy.
New On-Prem Detection for Traffic Steering identifies and steers on-premises traffic.
+4 moreshow less
New Web UI Modification option for Traffic Steering configuration.
Adds Windows 64-bit client support for SWGSWGA Secure Web Gateway is a network proxy that inspects outbound web traffic, enforcing policy by blocking malicious sites, filtering content, and decrypting TLS — giving cyber tools a choke point for all user HTTP/S sessions. Tunnel mode.
Netskope Client now supports macOS 26 and iOS 26.
New Terminate Netskope Client Debug Mode control for managing client diagnostic sessions.
Netskope R132 adds Universal Reverse Proxy for CASBCASBA Cloud Access Security Broker is a policy-enforcement proxy, on-premises or cloud-hosted, that sits between users and cloud services to provide visibility, compliance controls, and threat protection over SaaS and IaaS traffic., Transaction Event visibility in Skope IT, and enhanced SSPMSSPMSaaS security posture management, checking hosted applications for risky settings, excessive access and policy violations. It helps teams manage risks across their subscribed applications. Findings UI.
Adds Universal Reverse Proxy support under CASB Real-time Protection.
New Transaction Event support in Skope IT for SaaSSaaSSoftware delivered over the internet and run on the provider's infrastructure, so the buyer pays a subscription instead of installing or operating anything locally. visibility.
Enhanced Findings UI in SaaS Security Posture Management (SSPM).
New visibility for Modified and Deleted Rules in the SSPM Rules UI.
Netskope R133 adds AI Red Teaming, AI Security Guardrails, an AI Gateway, expanded ChatGPT Enterprise protection, and NPA source-IP egress controls.
New AI Red Teaming capability to test and evaluate AI model resilience against adversarial prompts and attacks.
New AI Security Guardrails to enforce policy-based controls on AI application usage and outputs.
New Netskope AI Gateway to provide a centralized security enforcement point for AI service traffic.
Expanded Next Generation API Data Protection for ChatGPT Enterprise, covering fine-tuning data and memory data.
Controlled GA of Windows 64-bit Client Support Mandate for the Netskope Client.
+4 moreshow less
New Mandate Enrollment feature to enforce enrollment into the Netskope Client via steering policy.
New NPA Source IP Egress Criteria for Client, enabling source-IP-based routing decisions in Netskope Private Access.
Updated NPA Tunnel Re-auth Behavior with Periodic Authentication support in the Real-time Policy Framework.
New SSPMSSPMSaaS security posture management, checking hosted applications for risky settings, excessive access and policy violations. It helps teams manage risks across their subscribed applications. visibility into connectivity between SaaSSaaSSoftware delivered over the internet and run on the provider's infrastructure, so the buyer pays a subscription instead of installing or operating anything locally. app instances and the SSPM service.
Netskope R134 adds Enterprise Browser–NPA integration, GitHub 3rd-party app risk scoring, and a new Threat Hunting Module.
New Next Generation API Data Protection deferred policy action capability.
New Enterprise Browser and NPA (Network Private Access) integration.
New SSPMSSPMSaaS security posture management, checking hosted applications for risky settings, excessive access and policy violations. It helps teams manage risks across their subscribed applications. capability to discover and risk-score third-party apps in GitHub.
New deep visibility into SaaSSaaSSoftware delivered over the internet and run on the provider's infrastructure, so the buyer pays a subscription instead of installing or operating anything locally. users within SaaS Security Posture Management.
New Threat Hunting Module added to Threat Protection.
Netskope R135 adds AI Guardrails, AI Red Teaming, Agentic Broker, and new CASBCASBA Cloud Access Security Broker is a policy-enforcement proxy, on-premises or cloud-hosted, that sits between users and cloud services to provide visibility, compliance controls, and threat protection over SaaS and IaaS traffic./SSPMSSPMSaaS security posture management, checking hosted applications for risky settings, excessive access and policy violations. It helps teams manage risks across their subscribed applications. integrations.
New AI Prompt and Response Guardrails for content moderation and protection from AI-based threats.
New AI Red Team product for adversarial testing of AI systems.
New Agentic Broker capability in CASB Real-time Protection.
General Availability of Smartsheet support in Next Generation API Data Protection.
New GitHub Activity Alerts and Dashboard support in Next Generation API Data Protection.
+1 moreshow less
New SSPM capability to discover and risk-score third-party apps connected to Zoom.
Netskope R139 adds FIPSFIPSA set of US federal standards published by NIST that define approved cryptographic algorithms and modules; cyber tools use it to meet compliance requirements in government and regulated environments.-140-3 client steering, device deletion, and GA of AI Command Center.
Adds FIPS-140-3 compliance support for Netskope Client Steering traffic.
New ability to delete devices from the Netskope management console.
AI Command Center (AICC) reaches General Availability (GA).
Netskope R137 adds SSPMSSPMSaaS security posture management, checking hosted applications for risky settings, excessive access and policy violations. It helps teams manage risks across their subscribed applications. Privileged User Visibility enhancements and a self-service UI for NPA AI Agent App Audit.
Adds Privileged User Visibility enhancements to SaaSSaaSSoftware delivered over the internet and run on the provider's infrastructure, so the buyer pays a subscription instead of installing or operating anything locally. Security Posture Management (SSPM), surfacing elevated-access account risk in SaaS environments.
Introduces a self-service UI for the NPA AI Agent App Audit, enabling administrators to review and manage AI agent application access without requiring support intervention.
Varonis is a data security platform that monitors, protects, and manages sensitive data across cloud and on-premises environments to prevent insider threats and cyberattacks.
Varonis adds a Windows Explorer right-click shortcut so users can request file access without IT intervention.
└──▷ HOW TO FIND IT
Grant end-users a self-service access request flow from within Windows Explorer to reduce IT helpdesk tickets.
📍In Windows Explorer, right-click a file or folder you lack access to, then select the Varonis access request option from the context menu to submit a request.
New right-click context menu in Windows Explorer lets users request access to files and folders directly, without copying paths or contacting IT.
Varonis MDDR dashboard gains a direct link to Varonis Community for centralized escalation contact management.
└──▷ HOW TO FIND IT
Reach escalation contact management without leaving the MDDR dashboard — navigate directly from the new link instead of hunting through Community separately.
📍In the Varonis Web Interface, go to the MDDR dashboard and click the Varonis Community referral link to manage escalation contacts.
Varonis now lets admins choose between incremental and full rescans when editing classification policies.
└──▷ HOW TO FIND IT
When updating a sensitive-data classification policy in a large environment, choose incremental mode to avoid a costly full rescan and limit impact to only new and modified files.
📍In the Varonis console, navigate to your classification policy, make the desired edits, and when prompted select 'Apply to new and modified files only' or Full rescan of all files.
Adds configurable rescan behavior for classification policies: apply edits to new/modified files only, or trigger a full rescan of all files.
Varonis lets admins exclude groups from request-based access workflows via the DAGDAGA directed acyclic graph — a data structure of nodes connected by one-way edges with no cycles — used by tools to model task pipelines or data flows where execution order and dependencies must be enforced without loops. API.
Varonis adds on-demand prioritized folder rescanning to accelerate classification validation in critical areas.
└──▷ HOW TO FIND IT
After updating a sensitive-data policy, trigger an immediate rescan of the folders most likely to be affected rather than waiting for the next scheduled full scan.
📍In the Varonis console, navigate to the folder(s) you want to prioritize, trigger an on-demand scan, and set the scan priority order to place those folders first.
Enables on-demand folder rescans with user-defined priority order, so high-value or policy-sensitive folders return updated classification results first.
Varonis DAGDAGA directed acyclic graph — a data structure of nodes connected by one-way edges with no cycles — used by tools to model task pipelines or data flows where execution order and dependencies must be enforced without loops. API now exposes automatic governance rules for governed groups, enabling programmatic visibility and on/off control.
└──▷ TRY IT
Query the DAG API to audit which automatic governance rules are active on a governed group before enforcing a policy change.
Varonis Atlas now secures Cursor AI coding agents with real-time policy enforcement, session logging, and MCPMCPModel Context Protocol, a standard for connecting AI applications to external tools and data sources. A compatible server exposes capabilities an assistant can use through a common interface. skill inspection.
Adds direct integration with Cursor, the AI-native coding tool, providing real-time visibility into agent intent, data sensitivity, access patterns, and token usage.
Enables runtime policies to block, modify, or alert on risky agent actions before they impact sensitive data.
Introduces detailed session logging capturing prompts, tool usage, and executed actions for incident investigation and response.
Extends visibility to Cursor configurations and artifacts across runtime environments and source repositories including GitHub and Bitbucket.
Detects malicious MCP skills that attempt to manipulate agents, exfiltrate data, or introduce unsafe actions.
Secureframe Product Updates is a changelog platform that communicates new features, improvements, and updates to Secureframe's compliance and security automation software.
Secureframe June 2026 adds multi-policy test linking, reopenable reviews, and daily 81–98% faster personnel syncs.
Supports linking multiple policies to a single test, with draft-policy status surfaced as the failure reason.
Enables automatic re-running of paired acknowledgement tests when a policy is published, eliminating stale results.
Adds ability to reopen completed reviews or individual applications to correct mistakes without losing the audit trail.
Enables removal of specific test runs or errors from the Complete tab while preserving audit history.
Personnel and access data now syncs daily using incremental pulls, reducing sync times by 81–98% and lowering Microsoft Graph APIMicrosoft Graph APIA unified REST API maintained by Microsoft that exposes data and actions across Microsoft 365 services, letting cyber tools query users, emails, files, and sign-in logs through a single authenticated endpoint. quota pressure — no configuration required.
5 details in Everything
12 more releases in this issue
· 2025-03-01 → 2026-06-01
Secureframe May 2026 adds CMMC Scoping Module, Defense Navigator, GCC HighGCC HighA Microsoft 365 cloud environment restricted to US government contractors handling controlled unclassified information, meeting compliance requirements like ITAR and DFARS that standard commercial tenants cannot satisfy. automation, AI-populated SSPsSSPsSystem Security Plans — documents required by NIST SP 800-18 that describe how a federal system meets its security controls, giving cyber tools a structured, auditable record to parse or generate for compliance workflows., and overhauled evidence management.
└──▷ HOW TO FIND IT
Keep employee acknowledgment records current immediately after saving a revised policy, without extra manual steps.
📍In the console, go to Policies › [select policy] › Edit, make your changes, and enable Reset existing acceptances before clicking Save. Employees are automatically notified to re-acknowledge.
Reduce policy maintenance overhead across multiple templates by conditionally showing or hiding sections based on which frameworks or integrations apply.
📍In the console, go to Policies › [select policy] › Edit, insert a Conditional Token around the relevant section, and define the condition (e.g., framework = CMMC or integration = GCC High) so the section renders only when that condition is met.
New Scoping Module guides organizations through CMMC scoping questions, auto-marks out-of-scope requirements with audit-ready justifications, disables irrelevant tests, and tailors SSPSSPA System Security Plan — a formal document required by NIST SP 800-18 that describes how a federal system meets its security controls, giving cyber tools a structured artifact to parse or generate for compliance workflows. and policy language accordingly.
New Microsoft GCC High integration automates CMMC-required configurations and provides step-by-step manual guidance where Microsoft APIs don't permit full automation.
SSP creation now auto-populates implementation statements from scoping decisions and connected integrations, with bulk or individual acceptance of suggested updates.
CMMC Level 2 framework updated with revised control mappings, refreshed policies, and new automated tests for GCC High, Google Workspace, Federal MDMMDMMobile device management, centrally configuring and managing enrolled devices. Administrators use it to apply settings, distribute applications and enforce device security policies., and Virtual Desktop environments.
Windows 11 virtual desktops now ship with Microsoft 365 pre-installed and support Common Access Card (CAC) authentication, with automatic smart card redirection and DoD certificate chain configuration.
+4 moreshow less
New Conditional Tokens allow entire policy sections to appear or disappear automatically based on defined conditions such as connected integrations or applicable frameworks.
Evidence management for Upload Tests has been significantly overhauled with new workflow capabilities.
Policy updates that require employee acknowledgment can now trigger an acknowledgment reset directly at save time, automatically notifying employees to re-acknowledge.
Secureframe April 2026 adds a faster Org Picker with role/team visibility and improved Personnel access tables.
└──▷ HOW TO FIND IT
Quickly validate which systems and devices are tied to a specific employee during an audit preparation.
📍In the console, go to Personnel › Accounts or Personnel › Devices, then use the updated sort and filter controls to narrow results by user.
Switch between client or team organizations without losing context on your role or needing to re-authenticate.
📍In the console, open the Org Picker, review the role and team size displayed per org, pin frequently used orgs to Favorites, then select the target org or use the built-in sign-out option.
New Org Picker shows role and team size per organization at a glance, with an improved favorites section and built-in sign-out access for faster multi-org navigation.
Updated Accounts and Devices tables in Personnel add improved sorting, filtering, and navigation to streamline user access and device assignment reviews.
Secureframe adds GA User Access Reviews, guided ComplyAI risk workflows, a dedicated Auditors view, and flexible user onboarding controls.
└──▷ HOW TO FIND IT
Launch a recurring User Access Review for an application to generate audit-ready evidence for SOC 2SOC 2An auditing framework from the American Institute of CPAs that certifies a service organization's controls around security, availability, and data handling, giving buyers assurance that a vendor meets baseline trust criteria. or ISOISOA widely adopted international standards body that publishes technical specifications; cyber tools cite ISO standards to signal compliance with recognized benchmarks for quality, security, or interoperability. 27001 — use CSV upload to cover apps without native integrations.
📍In Secureframe, go to Comply › User Access Reviews, click New Review, select Recurring, choose the target application, upload a CSV for non-integrated apps, assign reviewers, and click Launch Review.
Adds User Access Reviews (UAR) — generally available for Comply Complete customers — enabling scheduled or one-time access reviews with approve/revoke/follow-up decisions, bulk actions, CSV uploads for non-integrated apps, and exportable audit-ready evidence across SOCSOCA security operations center, the team or function that monitors threats, investigates alerts and coordinates incident response. Its work can be internal, outsourced or shared. 2, ISO 27001, and CMMC.
Improves ComplyAI risk assessment workflow with guided field completion (risk description, owner) before AI recommendations are generated, surfacing the next required step dynamically.
Introduces a dedicated Auditors tab within Personnel, separating auditor accounts into a tailored view aligned to their role.
Enables admins to control whether users without a start date are automatically invited, allowing onboarding workflows to match organizational timelines.
Secureframe adds Smart User Mentions, Audit Completion Workflow, multilingual onboarding, and expanded Azure/Sentinel integrations.
└──▷ HOW TO FIND IT
Keep audit feedback inside Secureframe instead of Slack — mention your auditor directly on a failing test so they receive an email with the comment and a deep link to that exact test.
📍In the Audit Module, open the relevant test, add a comment, and type '@' followed by the auditor's name to trigger an email notification with a direct link back to the test and comment.
Formally close out an audit lifecycle by uploading all report versions and confirming receipt of the final report without leaving Secureframe.
📍In the Audit Module, open the audit and navigate to the Audit Completion modal. Upload draft, revised, and final report files, use the built-in comments with @mentions for feedback, then enable the final report received toggle and mark the audit as complete.
Adds Smart User Mentions: tag customers or auditors with '@' in comments across the platform, triggering email notifications with a direct link back to the relevant comment and test location in the Audit Module.
Introduces a structured Audit Completion Workflow with a dedicated modal for uploading multiple report versions (drafts, revisions, finals), a built-in comments section with @mentions, a toggle to confirm final report receipt, and the ability for either party to mark the audit complete.
Supports employee onboarding workflows — including policy acknowledgments and training steps — in French, German, and Spanish for global teams.
Expands Azure integration to ingest user data, increasing identity-based compliance testing coverage in the Access tab.
Adds support for the government version of Microsoft Sentinel, extending SIEMSIEMSecurity information and event management, collecting logs from many systems and correlating events to find suspicious activity. Analysts use it to investigate alerts and incidents. coverage for regulated and public sector environments.
+2 moreshow less
Enhances Datadog integration for improved monitoring and logging validation.
Updates ServiceNow integration to improve sync reliability and alignment between ticketing workflows and compliance evidence collection.
Secureframe adds new audit test statuses, 100% Met progress tracking, log deep-links, and progressive auditor-firm search.
└──▷ HOW TO FIND IT
Link your audit firm without manual lookup by typing its name in the progressive search field during auditor setup.
📍In the platform, go to the Audit Module › Auditor Setup, type your firm's name in the search field, and select the matching firm from the Auditor Partner Console (APC) results.
Quickly navigate to a specific change during an active audit without scrolling through the full audit trail.
📍In the Audit Module, open the Audit Log table, locate the relevant entry, and click the direct link in the row to jump to the changed item.
New test statuses in the Audit Module improve transparency between auditors and admins throughout the audit lifecycle.
Audit Module progress bar now tracks completion toward 100% Met, giving an at-a-glance readiness indicator.
Audit Log gains direct links to changed items, enabling users to jump instantly from the log table to any updated record.
Progressive search for audit firms lets users type a firm name to search across all partners with an Auditor Partner Console (APC), enabling self-service auditor linking.
Secureframe December 2025 adds a full Audits Module, FedRAMP 20xFedRAMP 20xA GSA-led overhaul of the FedRAMP cloud-authorization program aimed at cutting compliance burden through continuous, automated evidence collection rather than point-in-time audits, letting vendors reach federal markets faster. JSON export, Trust Center versioning, and automated test-status email alerts.
└──▷ HOW TO FIND IT
Keep external stakeholders current when a security report or certification is renewed — no manual outreach needed.
📍In the Trust Center, open an existing resource, select Replace Resource, upload the new version, and enable Notify previously approved users before saving.
Give non-admin users visibility into only the tests they own so they can act on emerging failures between audits.
📍In Secureframe, go to Settings › Notifications, set Test Status Change frequency to Weekly, and confirm the recipient scope — Admins/Super Admins see all tests; other users see only tests they own.
Produce a structured FedRAMPFedRAMPA US government program that standardizes cloud security authorization, letting vendors get a single assessment accepted across federal agencies instead of repeating the process for each one. 20x KSI submission artifact from current control and evidence data for assessor review.
📍In the Secureframe dashboard, navigate to Reports › FedRAMP 20x and select Export KSI JSON to download the machine-readable file containing system details, control health, test results, and evidence references.
New Audits Module centralizes the entire audit lifecycle — admins create audits, invite auditors, assign internal stakeholders, and a complete audit history is stored for future reference.
Auditors can review requests, accept or reject evidence, request additional information, and add new requests directly within the platform.
Evidence uploads now capture an Activity Completion Date, distinguishing when work occurred from when evidence was submitted to improve audit scoping accuracy.
New FedRAMP 20x machine-readable JSON export aligns to Key Security Indicators (KSIs), including system details, control health, test results, and evidence references for assessor review.
Trust Center gains a resource-versioning workflow: teams can replace an existing document and automatically notify previously approved users when a new version is available.
+1 moreshow less
New automated email notifications alert users to test status changes on a daily, weekly, or biweekly cadence, summarizing shifts to at-risk, failing, or other monitored statuses.
Secureframe adds Gap Assessments, Snowflake & Freshservice integrations, Custom Integrations, GovRAMP Core, and bulk employee scoping.
└──▷ HOW TO FIND IT
Evaluate readiness against a specific framework before an audit to surface and prioritize control gaps in one view.
📍In the Secureframe console, navigate to Frameworks › select your target framework (e.g., ISO 27001) › click Run Gap Assessment to generate a prioritized list of missing controls.
Route compliance tasks to your internal IT service desk and automatically track SLASLAA formal agreement between a service provider and customer that defines expected uptime, response times, and remedies for failures, giving cyber tools a contractual baseline for availability and support commitments. adherence for vulnerability and access review tickets.
📍In the Secureframe console, go to Integrations › ITSM › Freshservice › Connect, then set Freshservice as the task destination for the desired compliance workflow (e.g., Vulnerability Management) to enable bi-directional ticket sync.
Automate evidence collection from a homegrown or unsupported system by mapping its resources into Secureframe's compliance engine.
📍In the Secureframe console, go to Integrations › Custom Integrations › New Integration, then define resource types (e.g., user accounts, devices) and upload or connect your data source to begin automated compliance testing.
Adds Gap Assessments for any supported framework (SOC 2SOC 2An auditing framework from the American Institute of CPAs that certifies a service organization's controls around security, availability, and data handling, giving buyers assurance that a vendor meets baseline trust criteria., ISOISOA widely adopted international standards body that publishes technical specifications; cyber tools cite ISO standards to signal compliance with recognized benchmarks for quality, security, or interoperability. 27001, NIST 800-171, and more), automatically comparing current posture against requirements and surfacing prioritized remediation actions.
New Snowflake integration automates continuous compliance testing across authentication, high availability, firewall rules, and alerting for the cloud data platform.
New Freshservice integration enables bi-directional ticket syncing as a task destination to track compliance for incidents, vulnerabilities, nonconformities, system changes, and user access against SLAs.
Introduces Custom Integrations, allowing teams to ingest, map, and test compliance resources (user accounts, devices, training records, cloud infrastructure) from any system not covered by native integrations.
Adds GovRAMP Core framework support, a streamlined baseline derived from GovRAMP Low and Moderate to simplify the authorization process.
+1 moreshow less
Admins can now mark employees as out of scope individually or in bulk, with a required rationale, to reflect leave, reassignment, or other workforce changes for audit transparency.
Secureframe adds EU AI ActEU AI ActEU regulation that classifies AI systems by risk level and imposes compliance obligations—documentation, transparency, human oversight—on developers and deployers, shaping how AI-based cyber tools are built and sold in Europe. compliance framework, MongoDB Atlas integration, and Freshdesk bi-directional sync
Adds full EU Artificial Intelligence Act (EU AI Act) compliance framework with a risk-based approach to categorizing and safeguarding AI systems.
New MongoDB Atlas integration enables automated compliance testing for authentication, backup and availability, encryption, firewall rules, and logging and alerting.
New Freshdesk integration with bi-directional syncing automates evidence collection for customer support and ticketing workflows, eliminating manual uploads for audit readiness.
Secureframe adds 7 new vuln-scanner integrations, Addigy MDMMDMMobile device management, centrally configuring and managing enrolled devices. Administrators use it to apply settings, distribute applications and enforce device security policies. support, C5 compliance, and overhauled vendor review scheduling.
└──▷ HOW TO FIND IT
Clean up legacy policies quickly rather than archiving them one by one before an audit.
📍In Secureframe, go to Policies, select the checkboxes for the outdated policies you want to remove, then choose Archive from the bulk action bar.
Centralizes vendor review schedules so frequency, question sets, requested documents, and vendor lists are configured at the review level rather than per vendor.
Adds requested documents to review schedules, automatically prompting vendors to upload items like SOC 2SOC 2An auditing framework from the American Institute of CPAs that certifies a service organization's controls around security, availability, and data handling, giving buyers assurance that a vendor meets baseline trust criteria. reports and spinning up a vendor portal on the review start date.
New integrations with Rapid7 InsightVM, Tenable VMS, Qualys, Wiz, Microsoft Defender, Aikido, and Snyk automate evidence collection for vulnerability scanning, dependency testing, and SASTSASTStatic application security testing, analyzing source code or compiled code for vulnerabilities without running the application. It helps developers find problems before deployment..
New integration with Addigy enables automated compliance testing for hard drive encryption, firewall configuration, screen lock enforcement, and anti-malware on macOS devices.
Supports the C5 Controls Catalog (BSI) for organizations operating in the EU or targeting the German public sector.
+5 moreshow less
Enables bulk archiving of multiple policies at once via the Policies table bulk action bar.
Adds spam filtering to Trust Center request forms, automatically flagging and archiving suspicious submissions with a SPAM label.
Adds a Completed at column to the Vendor Review table to improve auditability of third-party risk management timelines.
Adds pagination and navigation controls to the Policy Tests table for teams managing large numbers of test-policy relationships.
Redesigned first-time login experience shows only the authentication methods enabled for a user's organization, eliminating password reset loops.
Secureframe launches MCP ServerMCP ServerA process that exposes tools, resources, and prompts over Anthropic's Model Context Protocol, letting an AI agent call external APIs or local services through a standardised interface., HubSpot integration, self-service SSOSSOSingle sign-on, using one identity provider to sign in to multiple applications. It reduces separate passwords and centralizes account and access management., and a refreshed sidebar in June 2025.
└──▷ HOW TO FIND IT
Ask an AI assistant to surface failing SOC 2SOC 2An auditing framework from the American Institute of CPAs that certifies a service organization's controls around security, availability, and data handling, giving buyers assurance that a vendor meets baseline trust criteria. controls directly from Secureframe without logging into the platform.
📍In Claude or Cursor (with the Secureframe MCP Server connected), prompt: "Show me all failing controls for our SOC 2 program in Secureframe."
Enable self-service SSO and domain verification to enforce login restrictions without a support ticket.
📍In the Secureframe console, go to Settings › Domain Management, claim and verify your domain, then enable SSO and configure login restrictions from the same self-service flow.
New Secureframe MCPMCPModel Context Protocol, a standard for connecting AI applications to external tools and data sources. A compatible server exposes capabilities an assistant can use through a common interface. Server (public beta): a read-only Model Context ProtocolModel Context ProtocolModel Context Protocol, a standard for connecting AI applications to external tools and data sources. A compatible server exposes capabilities an assistant can use through a common interface. server lets AI assistants (ChatGPT, Claude, Cursor) query compliance data — failing controls, high-risk vendors, framework status across SOCSOCA security operations center, the team or function that monitors threats, investigates alerts and coordinates incident response. Its work can be internal, outsourced or shared. 2, ISOISOA widely adopted international standards body that publishes technical specifications; cyber tools cite ISO standards to signal compliance with recognized benchmarks for quality, security, or interoperability. 27001, CMMC, and FedRAMPFedRAMPA US government program that standardizes cloud security authorization, letting vendors get a single assessment accepted across federal agencies instead of repeating the process for each one. — using natural language in real time.
New HubSpot integration: scans HubSpot users and access data to support compliance-related requirements, centralizing CRM data into the compliance program.
New self-service domain and SSO management: customers can claim and verify domain ownership, enable single sign-onsingle sign-onSingle sign-on, using one identity provider to sign in to multiple applications. It reduces separate passwords and centralizes account and access management., and configure login restrictions entirely within the platform without requiring vendor assistance.
Refreshed sidebar navigation: users can now switch between modules even when the sidebar is collapsed, with a cleaner and more consistent layout.
Secureframe May 2025 adds AI Evidence Validation, FedRAMP 20xFedRAMP 20xA GSA-led overhaul of the FedRAMP cloud-authorization program aimed at cutting compliance burden through continuous, automated evidence collection rather than point-in-time audits, letting vendors reach federal markets faster. support, Email Log, and new Vercel/Supabase integrations.
Adds AI Evidence Validation that analyzes uploaded evidence files and metadata in real time, checking document relevance to the control under test and whether timestamps fall within the required testing window.
Supports the FedRAMPFedRAMPA US government program that standardizes cloud security authorization, letting vendors get a single assessment accepted across federal agencies instead of repeating the process for each one. 20x KSI framework out of the box, with Phase One pilot key security indicators pre-mapped to controls and tests for FedRAMP Low KSI requirements — part of the FedRAMP 20x pilot alongside Coalfire.
New OneSchema-powered device data upload experience provides instant template validation feedback and highlights file issues before submission, with backend performance improvements for faster, more reliable uploads.
New centralized Email Log gives admins visibility into all outbound Secureframe communications (onboarding invites, task notifications, role changes) with searchable, filterable delivery status and open history for messages sent on or after March 17, 2025.
Revamped User Access Review Access Table built on Castle components with improved navigation, filtering, and search capabilities.
+2 moreshow less
Extends Intune and Entra IDEntra IDMicrosoft's cloud-based identity and access management service, formerly Azure Active Directory, used by cyber tools to authenticate users and enforce access policies in Microsoft 365 and Azure environments. integrations to GCC HighGCC HighA Microsoft 365 cloud environment restricted to US government contractors handling controlled unclassified information, meeting compliance requirements like ITAR and DFARS that standard commercial tenants cannot satisfy. environments, supporting FedRAMP and CMMC 2.0 compliance with deeper identity and device management automation in Microsoft's government cloud.
Adds integrations for Vercel and Supabase, automatically scanning projects as cloud resources and surfacing evidence for relevant compliance tests.
Secureframe March 2025 adds an Audit Module, Zendesk integration, CMMC personnel fields, and new auth policies.
└──▷ HOW TO FIND IT
Use Zendesk as a compliance task destination so ticket updates flow into Secureframe and map to your compliance tests — ideal for teams already triaging incidents or vulnerabilities in Zendesk.
📍In the Secureframe console, go to Settings › Integrations, select Zendesk, and enable bi-directional sync. Choose the record types to import (incidents, nonconformities, vulnerabilities, system changes, user access) and map them to your compliance tests.
Streamline vendor security reviews by uploading existing questionnaire documents rather than re-entering data manually.
📍In the Secureframe console, navigate to Security Questionnaires, click Import, and upload a .doc or PDF file to populate the questionnaire module.
Introduces a new Audit Module designed to streamline the end-to-end audit process for customers and auditors.
Refreshes the Dashboard with an updated design and a new Action Items widget surfacing expiring evidence, upcoming reviews, and task due dates.
Adds bi-directional Zendesk integration for task syncing and ticket import, covering incidents, nonconformities, vulnerabilities, system changes, and user access mapped to compliance tests.
Launches a new Help Flyout replacing the old help menu, with direct access to Secureframe Academy, the Get Started page, and Customer Success.
Adds two new CMMC-focused columns to the Personnel Table to support Access Control and Account Management requirements.
+4 moreshow less
Supports importing .doc and PDF files directly into the Security Questionnaires module for vendor reviews.
Introduces new authentication and password policies to meet compliance standards including CMMC.
Updates the TISAXTISAXA vehicle-industry information-security assessment standard, maintained by the ENX Association, that lets automotive suppliers prove their data-handling practices to OEMs without each OEM running its own separate audit. framework and Statement of Applicability (SOA) export to align with the latest TISAX assessment requirements.
Supports PIV card authentication architecture, enabling organizations with advanced identity requirements (e.g., federal agencies) to integrate Personal Identity Verification-based access into the platform.
1 detail in Everything
6 more releases in this issue
· 2026-06-16 → 2026-07-08
RegScale 6.31.1.4 adds Wiz STIGSTIGA configuration standard published by DISA that specifies hardening requirements for a given OS, application, or device, giving cyber tools a concrete checklist to audit or enforce against. sync via XCCDF Benchmark and pre-flight validation for eMASSeMASSA U.S. DoD web application that manages the Risk Management Framework process, tracking system authorizations, controls, and POA&Ms so cyber tools can automate compliance reporting into a single authoritative record. exports.
Supports synchronizing Wiz STIG checks through the XCCDF Benchmark workflow for streamlined Wiz integration.
Introduces pre-flight validation for eMASS exports to surface potential issues before submission.
RegScale CLI 6.35.0 streams Nessus imports and routes STIGSTIGA configuration standard published by DISA that specifies hardening requirements for a given OS, application, or device, giving cyber tools a concrete checklist to audit or enforce against./CISCISA nonprofit that publishes consensus-based configuration benchmarks and controls for hardening operating systems, cloud environments, and software; cyber tools use it as a ready-made compliance baseline. compliance findings to checklists and POA&Ms.
Nessus scan imports now use a single streaming pass per file, enabling faster and lower-memory processing of large scan files.
Nessus STIG and CIS compliance results now generate security checklists and POA&MPOA&MA Plan of Action and Milestones: a US federal government document that tracks known security weaknesses in a system, the remediation steps planned, and the deadlines for completing them, required under FISMA compliance. issues instead of vulnerabilities, with re-scans automatically closing remediated compliance findings.
Opt back in to auto-creating POAMs from failed compliance control assessments, restoring pre-6.34.65 behavior.
yaml
complianceCreation: POAM
Changes compliance scan default: failed control assessments no longer auto-create issues; failed controls remain visible on assessments, with opt-in via complianceCreation set to Issue or POAM.
Documents vulnerabilityCreation configuration options for controlling how vulnerability findings are handled.
RegScale CLI 6.34.59 adds eMASSeMASSA U.S. DoD web application that manages the Risk Management Framework process, tracking system authorizations, controls, and POA&Ms so cyber tools can automate compliance reporting into a single authoritative record. API sync commands and automatic artifact upload on XML import.
New emass_api commands enable synchronization of POA&Ms, controls, milestones, and artifacts directly with eMASS via its API.
eMASS XML import now automatically uploads referenced artifact files to the System Security Plan when those files are present alongside the export.
Supports per-asset Issue/POAM creation, allowing findings to be tracked at the individual asset level.
Kiro is an AI-powered IDE by AWS that uses "specs" to turn requirements into structured plans, then automatically generates and implements code.
Claude Sonnet 5 is now available in Kiro IDE, CLI, and Web with 1M context and stronger agentic reasoning.
└──▷ HOW TO FIND IT
Switch to Claude Sonnet 5 in the Kiro IDE or CLI to get stronger autonomous coding and reasoning for long-running agentic tasks.
📍Restart your IDE or CLI, then open the model selector and choose Claude Sonnet 5.
Adds Claude Sonnet 5 to the Kiro IDE, CLI, and Web model selector — Anthropic's most agentic Sonnet model with stronger reasoning, tool usetool useA model's ability to answer with a structured request to run a named function or API, which the application executes and returns. It is how agents take actions., and coding performance approaching Opus 4.8 at Sonnet-class pricing.
Supports a full 1M token context windowcontext windowThe maximum amount of text, counted in tokens, a model can take in and produce in one request. Everything the model knows about the task has to fit inside it. with a 1.3× credit multiplier, matching Sonnet 4.6 pricing.
Available to Kiro Pro, Pro+, Pro Max, and Power customers in AWS US-East-1 (Northern Virginia) and AWS Europe (Frankfurt) with cross-region inference support.
Kiro adds live hot-reload for MCPMCPModel Context Protocol, a standard for connecting AI applications to external tools and data sources. A compatible server exposes capabilities an assistant can use through a common interface./agent configs and a toggle to block default resource inheritance in custom agents.
└──▷ USE IT
Prevent a custom agent from pulling in global steering files and AGENTS.md when you want a fully isolated, self-contained agent context.
yaml
chat.disableInheritingDefaultResources: true
Adds hot-reload for agent and MCP configurations: saving changes to an agent config, a new agent file, or mcp.json takes effect immediately without restarting the session or losing conversation history.
Adds selective server restart on config change — only affected MCP servers restart, and the config diff is order-independent so reordering environment variables does not trigger unnecessary restarts.
New chat.disableInheritingDefaultResources setting lets custom agents opt out of automatically inheriting default steering, skills, and AGENTS.md.
Enterprise admins can now set per-profile overage caps for Kiro users via AWS Service Quotas.
└──▷ HOW TO FIND IT
Cap per-user overage spend for a Kiro profile to prevent runaway costs across your organization.
📍In the Kiro console, go to Settings › Overages and click the Manage link — this navigates to the AWS Service Quotas console where you can set the Maximum allowed overage per Kiro profile quota value.
Kiro MCP OAuthMCP OAuthAn authentication layer for the Model Context Protocol that lets MCP clients obtain delegated access tokens so cyber tools can call MCP servers on a user's behalf without handling raw credentials. now supports pre-registered apps with client secrets, custom redirect URIs, and DCR bypass.
└──▷ USE IT
Connect Kiro to a remote MCPMCPModel Context Protocol, a standard for connecting AI applications to external tools and data sources. A compatible server exposes capabilities an assistant can use through a common interface. server (like Figma) that requires a pre-registered OAuth app with a client secret and custom callback URL.
Supports configuring a clientSecret in MCP OAuth config for servers that require one (e.g., Figma).
Skips Dynamic Client Registration automatically when a custom clientId is provided, authenticating as your pre-registered app.
Accepts full URLs with custom paths in the redirectUri field (e.g., http://localhost:7778/oauth/callback) to match exact app registration requirements.
Adds full ASCII mode coverage for terminals without Unicode support.
Delivers more accurate approval prompts for commands with combined flags.
Kiro adds hooks on agent file writes, lazy MCP OAuthMCP OAuthAn authentication layer for the Model Context Protocol that lets MCP clients obtain delegated access tokens so cyber tools can call MCP servers on a user's behalf without handling raw credentials., and multi-window settings sync.
Adds hooks that trigger on agent-driven file writes, enabling automated workflows whenever the AI agent modifies files.
Introduces lazy MCPMCPModel Context Protocol, a standard for connecting AI applications to external tools and data sources. A compatible server exposes capabilities an assistant can use through a common interface. authentication — OAuth sign-in for MCP servers is triggered automatically on demand rather than requiring manual setup upfront.
Enables multi-window settings sync so IDE preferences stay consistent across multiple open Kiro windows.
Kiro adds AWS IAMAWS IAMAWS Identity and Access Management is Amazon's service for controlling who and what can call AWS APIs, by attaching policies that allow or deny actions on resources. Cyber tools use it to scope credentials to least privilege. role assumption for sandbox tasks and a standardized OAuth flow for third-party service Powers.
└──▷ HOW TO FIND IT
Grant the Kiro sandbox scoped AWS access so agent tasks and MCPMCPModel Context Protocol, a standard for connecting AI applications to external tools and data sources. A compatible server exposes capabilities an assistant can use through a common interface. servers can call AWS APIs without embeddingembeddingLists of numbers a model produces to represent the meaning of text, images or code, so similar items sit close together. They power semantic search and RAG. long-lived keys.
📍In the console, go to Settings › Agent › Sandbox › AWS Credentials and enter the IAM role ARN that Kiro Web should assume.
New IAMIAMIdentity and Access Management — a framework of policies and services for controlling who can authenticate to systems and what resources they are authorized to use, letting cyber tools enforce least-privilege and audit access. Role for Sandbox: configure an AWS IAM role that Kiro Web assumes to supply the agent, CLI tools, and MCP servers with auto-refreshing short-lived credentials scoped to each task.
New standardized authorization flow for Powers: connect third-party services (Figma, Stripe, Supabase, etc.) once via Manage Powers and the agent reuses the encrypted token across all future tasks without re-prompting.
Instant revocation for third-party service connections: disconnecting a Power immediately revokes access, with tokens encrypted at rest and never exposed to the sandbox or agent.
Kiro adds MCP OAuthMCP OAuthAn authentication layer for the Model Context Protocol that lets MCP clients obtain delegated access tokens so cyber tools can call MCP servers on a user's behalf without handling raw credentials. management commands and keyboard shortcuts to control remote server authentication without restarting sessions.
└──▷ TRY IT
When a remote MCPMCPModel Context Protocol, a standard for connecting AI applications to external tools and data sources. A compatible server exposes capabilities an assistant can use through a common interface. server token has gone stale mid-session, force re-authentication without restarting.
$ /mcp auth
When an OAuth browser confirmation flow hangs and blocks your session, abort it immediately.
$ /mcp cancel-auth
When rotating credentials or revoking access to a remote MCP server, clear all stored OAuth credentials.
$ /mcp logout
New /mcp auth command forces re-authentication when an OAuth token has expired or become invalid on a remote MCP server.
New /mcp cancel-auth command aborts a stuck pending OAuth flow waiting for browser confirmation.
New /mcp logout command removes stored OAuth credentials for a remote MCP server entirely.
New keyboard shortcuts in the MCP panel status view: ^A to force auth, ^X to abort, and ^R to remove credentials.
Updated /usage display reflects the new prepaid credits model.
$ git clone --branch v2026.7.7 https://github.com/NousResearch/hermes-agent.git
# already have the repo? check out this version:$ git checkout v2026.7.7
└──▷ TRY IT
Bulk-archive recent CI smoke-test sessions by source without deleting them, then confirm what was hidden.
Adds hermes sessions archive subcommand to bulk soft-hide sessions without deleting them.
Expands hermes sessions prune with a full filter surface: time bounds (--started-before/--started-after), model, provider, user/chat origin, git branch, token count, cost, tool calls, and more — filters now match all ages when any attribute filter is supplied, dropping the implicit 90-day cutoff.
Prune dry-run preview now reports match count plus the oldest and newest matching session's age span.
Adds pluggable SecretSource interface with a multi-source orchestrator, enabling secrets to be resolved from multiple backends in priority order.
Adds 1Password (op://) as a native secret source, letting Hermes resolve credentials directly from 1Password vaults.
+2 moreshow less
Adds --usage-file flag to hermes -z (one-shot mode) to write a JSON usage report after each run.
Cuts first-turn time-to-first-tokentime-to-first-tokenTime to first token, the wait between submitting a request and receiving the first generated token. It includes delays such as queuing and processing the prompt. by ~80% across CLI, gateway, TUITUIA text-based user interface that runs inside a terminal, using characters and ANSI escape codes to render menus, panes, and widgets without a graphical desktop, letting cyber tools ship rich interactivity with no GUI dependency., desktop, and cron by moving blocking Discord capability detection off the critical path and caching it to disk.
7 details in Everything
2 more releases in this issue
· 2026-06-19 → 2026-07-08
Hermes v2026.7.1 adds MoA as a first-class model, /learn, /journey, /prompt, background subagent fan-out, Vertex AI, and scale-to-zero gateway.
└──▷ GET THIS VERSION
$ git clone --branch v2026.7.1 https://github.com/NousResearch/hermes-agent.git
# already have the repo? check out this version:$ git checkout v2026.7.1
└──▷ TRY IT
Run your hardest prompt through a named MoA ensemble to see each frontier model's reasoning before the aggregator synthesizes a final answer.
$ /moa
Teach Hermes a repeatable workflow from a directory you just walked it through, so it's available as a skill next time without manual authoring.
$ /learn ./scripts/deploy-workflow
Inspect and prune everything Hermes knows about you — edit or delete any memory or skill from the timeline.
$ /journey
Adds Mixture-of-Agents (MoA) presets as selectable virtual models under a moa provider, available in every model picker across CLI, TUITUIA text-based user interface that runs inside a terminal, using characters and ANSI escape codes to render menus, panes, and widgets without a graphical desktop, letting cyber tools ship rich interactivity with no GUI dependency., desktop, and gateway.
New /moa command runs a single prompt through the default MoA preset as a one-shot, then restores the previous model.
Streams each reference model's full reasoning as labelled blocks before the aggregator's live-streamed synthesis, making ensemble deliberation visible.
New /learn <anything> command distills a reusable skill from a directory, URL, or recent workflow and writes it to the project's CONTRIBUTING.md automatically.
New /journey command in CLI and TUI displays a browsable, editable timeline of all memories and skills Hermes has accumulated, with delete support.
+9 moreshow less
Adds a memory graph in the desktop app — a playable radial timeline of memories and skills that can be inspected and pruned.
New /goal completion contracts let users define evidence-based done criteria; the standing-goal loop judges completion by running actual project checks via a pre_verify hook.
Enables delegate_task to fan out multiple subagents in the background, consolidating all results into a single turn without blocking the chat.
New /prompt command opens $EDITOR for composing multi-line prompts in markdown, queuing the result as the next message.
Adds Google Vertex AI as a first-class provider, with automatic OAuth2OAuth2An open authorization framework (RFC 6749) that lets a service grant limited access to a user's resources on another service without exposing credentials, giving cyber tools a standard way to authenticate against third-party APIs. token minting and refresh from a service-account JSON or Application Default Credentials — no static key required.
Gateway supports scale-to-zero: goes dormant when idle, wakes on demand, and performs drain coordination before restarts or migrations to avoid dropping in-flight conversations.
Routes post-turn self-improvement (memory/skill save decisions) to a cheaper auxiliary model with digested context, reducing cost of the background learning loop.
Adds first-class coding Projects to the desktop app — a sidebar, coding rail, review pane, git worktree management, and a project → repo → lane model.
Security hardening: blocks cron base_url overrides that could exfiltrate provider credentials, locks down MCPMCPModel Context Protocol, a standard for connecting AI applications to external tools and data sources. A compatible server exposes capabilities an assistant can use through a common interface.-config persistence attack surfaceattack surfaceThe exposed systems, interfaces and access points an attacker could try to use. It includes internet-facing services as well as identities, software and other reachable resources., adds Slack xapp- token redaction, enforces cloud-metadata floor on every browser backend, and strips dynamic Hermes secrets from subprocess spawn environments.
Hermes v0.17.0 adds iMessage/Raft/WhatsApp channels, background subagents, image editing, Automation Blueprints, and a major memory tool upgrade.
└──▷ GET THIS VERSION
$ git clone --branch v2026.6.19 https://github.com/NousResearch/hermes-agent.git
# already have the repo? check out this version:$ git checkout v2026.6.19
└──▷ TRY IT
Connect Hermes to iMessage through Photon's managed line pool — no Mac relay needed.
$ hermes photon login
Kick off a long research or build task in the background and keep the main session free while it runs.
python
delegate_task(background=true)
Opt in to LLMLLMA large language model, a neural network trained on large amounts of text to recognize patterns and generate language. Applications use it for tasks such as answering, summarizing and writing code.-powered skill consolidation while keeping routine curation token-free on all other runs.
$ hermes curator run --consolidate
Adds iMessage support via Photon Spectrum — no Mac relay or BlueBubbles bridge required; authenticate with hermes photon login and a device code.
Adds Raft agent network integration as a new gateway channel, letting external Raft agents wake Hermes via a wake-channel bridge with metadata-only payloads.
Adds official WhatsApp Business Cloud API adapter — Meta's first-party hosted path with no QR-scanning bridge process.
Enables background/async subagents via delegate_task(background=true), returning a handle immediately so work continues in parallel.
Extends image_generate with image-to-image editing — pass a source image and prompt to edit, transform, or recompose it across all supported image providers.
+13 moreshow less
Introduces Automation Blueprints — schedule automations by name through a guided form, slash command, or conversation instead of writing cron syntax.
Adds grok-composer-2.5-fast to the xAI OAuth model picker with full 200k context, accessible via an existing xAI Grok subscription.
Upgrades the memory tool with an operations array for atomic batch add/replace/remove edits evaluated against the final character budget in a single call.
Adds a full profile builder to the dashboard — configure model, skills, and MCPMCPModel Context Protocol, a standard for connecting AI applications to external tools and data sources. A compatible server exposes capabilities an assistant can use through a common interface. servers from the browser without editing config.yaml.
Adds a security scan on each skill in the overhauled Skills Hub browser, alongside connected hubs, a Featured section, and full skill previews before install.
Introduces Curator cost optimization: LLM consolidation now requires explicit opt-in (curator.consolidate: true or hermes curator run --consolidate); routine pruning runs token-free by default.
Adds live subagent watch-windows in the desktop app, streaming a delegated agent's activity into its own pane.
Supports installing any VS Code Marketplace theme directly into the desktop app, with per-profile theme assignment.
Adds Telegram Bot API 10.1 rich message rendering — better formatting and native markup on by default, with opt-out.
Adds a pluggable CronScheduler provider system (cron.provider config key) with an InProcessCronScheduler and a Chronos NAS-mediated managed-cron provider for scale-to-zero scheduling.
Adds a signed-HTTP inbound relay receiver with connector-to-gateway channel auth and an enroll CLI.
Adds an official Unreal Engine 5.8 MCP server to the MCP catalog.
Enables finding and diffing user-modified bundled skills to surface local customizations.
OpenClaw v2026.6.10 adds /fast auto mode, expanded GLM-5.2 reasoning, new catalog models, and a session-transcript SDK API for plugins.
└──▷ GET THIS VERSION
$ git clone --branch v2026.6.10 https://github.com/openclaw/openclaw.git
# already have the repo? check out this version:$ git checkout v2026.6.10
└──▷ TRY IT
Enable automatic fast mode so quick back-and-forth replies start immediately while heavier reasoning falls back to normal mode transparently.
$ /fast auto
Run a high-reasoning agent task with the newly catalogued Kimi K2.7 Code model via OpenCode Go from the CLI.
$ openclaw agent --message "Review this diff for privilege escalation risks" --thinking high
Check gateway configuration health (core checks now appear before extension checks for cleaner output).
$ openclaw doctor
Adds /fast auto command to start short conversational calls quickly, then return longer or fallback work to normal mode while keeping effective state visible.
Shows the effective automatic fast-mode state in status (not just on/off), including through fallback transitions and connected-agent sessions.
Expands zai/glm-5.2 thinking choices beyond binary on/off — high and max requests now map to the intended Z.AI reasoning effort.
Adds GLM-5.2 and Kimi K2.7 Code to the OpenCode Go model catalog so both can be selected from OpenClaw.
Adds a durable session-transcript SDK contract so plugins can read, append, publish, and lock the intended transcript without relying on legacy file paths as identity.
+2 moreshow less
Exposes /think level menus for live Ollama models on Telegram, Slack, and Discord, showing all supported reasoning levels instead of hiding them.
Preserves scheduled-message delivery context for the next agent turn so replies in the delivery channel know what was just sent without leaking cron metadata.
7 details in Everything
1 more release in this issue
· 2026-06-21 → 2026-06-24
OpenClaw v2026.6.9 adds Codex Hosted Search, auto plugin approvals, OpenTelemetryOpenTelemetryAn open standard and set of tools for collecting traces, metrics and logs from applications. It lets services export observability data without tying instrumentation to one monitoring vendor. log export, standalone provider npm packages, and richer Telegram delivery.
└──▷ GET THIS VERSION
$ git clone --branch v2026.6.9 https://github.com/openclaw/openclaw.git
# already have the repo? check out this version:$ git checkout v2026.6.9
└──▷ TRY IT
Install the StepFun provider plugin directly from npm so it is auto-discovered by the Gateway at next startup.
$ npm install -g openclaw-provider-stepfun
openclaw gateway status
Adds Codex Hosted Search as a new search provider available without a separate API key.
Adds automatic plugin approvals and SecretRefs for Codex integrations.
Exposes remote-node exec as a dynamic tool in Codex when a connected node is available.
Adds OpenTelemetry log export for observability pipelines.
Publishes official provider plugins as standalone npm packages; Gateway auto-discovers installed channel plugins at startup.
+4 moreshow less
Adds StepFun provider, installable via npm or ClawHub.
Adds a session workspace rail and extension health indicators to the Control UI.
Adds Apple Watch controls on iOS and chat context on Android.
Supports GPT-5.3 Spark OAuth routing through Codex.
A customizable and powerful penetration testing reporting platform for offensive security professionals. Simplify, customize, and automate your pentest reports with ease.
SysReptor 2026.50 moves LLMLLMA large language model, a neural network trained on large amounts of text to recognize patterns and generate language. Applications use it for tasks such as answering, summarizing and writing code. config to the web UI, adds multi-model support, and extends auto-delete to finished projects.
└──▷ GET THIS VERSION
$ git clone --branch 2026.50 https://github.com/Syslifters/sysreptor.git
# already have the repo? check out this version:$ git checkout 2026.50
└──▷ USE IT
Enforce automatic deletion of finished and archived projects after 90 days — configure once in your environment rather than per-project.
ini
AUTOMATICALLY_DELETE_PROJECTS_AFTER=90
Switch which LLM model is used for a session or configure available models without restarting the service.
📍In the console, go to Settings › LLM Models and add or select from the configured AI_AGENT_MODELS entries.
Moves LLM configuration (AI_AGENT_MODELS) from environment variables into the web UI for easier management.
Supports multiple LLM models with per-session model selection directly in the UI.
Extends auto-delete policy (AUTOMATICALLY_DELETE_PROJECTS_AFTER) to cover both finished and archived projects, not just archived ones.
Enables customizing the deletion date on a per-project basis.
Shows note title in the browser window title for easier tab navigation.
5 details in Everything
└──▷ BREAKING ON UPGRADE
!The AUTOMATICALLY_DELETE_ARCHIVED_PROJECTS_AFTER configuration key is renamed to AUTOMATICALLY_DELETE_PROJECTS_AFTER
!LLM configuration AI_AGENT_MODELS is moved from environment variables to the web UI