The Cyber Toolchain — issue 054, August 23, 2026

Replaces the /api/system/ endpoint with /api/settings/ plus one dedicated endpoint per integration, giving granular control over each integration; administrators can now enable and disable individual integrations through these endpoints.

$ curl -s -H 'Authorization: Bearer <token>' https://<rekono-host>/api/settings/

Adds integration with VirusTotal to retrieve reputation, malicious-analysis results, and WHOIS data for discovered hosts; HackTricks to surface related wiki resources alongside identified assets; and CVE Crowd to flag which detected CVEs are trending on social media. Adds support for NVD NIST API keys to raise rate limits and accelerate CVE enrichment, a monitor background job that keeps CVE-linked vulnerabilities up to date and purges stale executions, and domain and geolocation resolution for every discovered host.

Removes Rekono Desktop (Electron apps and Debian package); Rekono is now deployed via Docker or from source only. Removes support for deploying under a custom web path via rootpath. Raises required Python version to 3.11 and required Dirsearch version to 0.5.0, and moves TLS certificates into a Docker volume instead of the docker/nginx/tls directory.

The host address field is renamed to ip; scheduled_in is removed from scans in favour of scheduled_at as the only scheduling field; the finding fields first_seen, last_seen, detected_by, and is_active are removed from the API; and the enable/disable operations on findings are removed.

Adds per-instance, per-user, and per-target customisation of HTTP headers sent by tools during executions; proxy configuration individually configurable for HTTP, HTTPSHTTPSHTTP carried over an encrypted TLS connection. It protects traffic in transit and lets a browser verify the server's certificate., FTP, and all protocols; a path field on target ports to limit execution scope; and redirect-following when resolving URLs so tools execute against the final destination.

Practitioners can mark each finding as true positive, false positive, or won't fix with a supporting comment. Rekono also adds automatic and manual fixed status: a finding is marked fixed automatically when subsequent executions stop reporting it.

Adds report generation in PDF, JSON, or XML filtered by the user's criteria, with support for customising the HTML template used to produce PDF reports.

Renames the tasks-queue, executions-queue, and findings-queue queues to tasks, executions, and findings, and replaces Redis with Valkey as the message broker.

The --dns-server flag is added to adscan ci, adscan execute, and adscan doctor to direct all name resolution to a DNS host separate from the domain controller when the AD-zone DNS server isn't the DC. It covers domain and PDC-hostname discovery, 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. and ADCSADCSActive Directory Certificate Services, Microsoft's PKI role for issuing and managing X.509 certificates inside a Windows domain; cyber tools target it because misconfigurations frequently allow privilege escalation or domain compromise. CA name resolution, Kerberos SPN lookup, cross-forest trust resolution, and the network-preflight DNS check. --dc-ip remains the authentication and enumeration target, and omitting --dns-server preserves existing behaviour.

$ adscan ci auth --type audit --interface eth0 --domain corp.local --dc-ip 10.0.0.1 --dns-server 10.0.0.5 -u alice -p 'S3cr3t!'

The -mr / -max-results flag is now enforced across all paginating sources, so result caps are reliably honored when a source pages through results instead of being ignored past the first page.

$ subfinder -d example.com -mr 100 -all

Adds scanmalware as a new passive subdomain discovery source, usable via -s scanmalware.

$ subfinder -d example.com -s scanmalware,crtsh -v

--fix now auto-applies safe within-range transitive refreshes when the fix is available inside the parent's declared range, without requiring a parent-level upgrade — landing the smallest safe change automatically.

$ cve-lite /path/to/project --fix

A new Reflection Protection rule for Waratek RASP for Java blocks exploitation of unsafe Java reflection and dynamic class-loading vulnerabilities — including zero-days — by hooking into the Reflection API and tracking untrusted data at the JVM layer (covering patterns like Class.forName() and .newInstance() abuse). It requires no source code changes, redeployment, or application downtime, and can be enabled directly from the Waratek Portal's rule wizard with no configuration, taking effect immediately across all protected applications.

New dns sink type encodes chalk key values into DNS lookup hostnames via a domain_template with {KEY} placeholders, providing a telemetry channel for environments where HTTPSHTTPSHTTP carried over an encrypted TLS connection. It protects traffic in transit and lets a browser verify the server's certificate. egress is restricted; supports dns_server, require_chalk_mark, and per-key normalize.<KEY>.callback fields in sink_config.

func trunc16(v: string) {
  return slice(v, 0, 16)
}

sink_config my_dns_beacon {
  sink:               "dns"
  domain_template:    "{_COMMIT_ID}.{METADATA_ID}.beacons.example.com"
  dns_server:         "10.0.0.1:5353"
  require_chalk_mark: true
  normalize._COMMIT_ID.callback: func trunc16
}
subscribe("report", "my_dns_beacon")

New fallback_sink_config field on all sink_config sections names a backup sink to use when the primary is unavailable or disabled; chalk walks the full fallback chain on each delivery failure, with each sink tracking its own disable_after_errors counter independently.

sink_config primary_api {
  sink:                 "post"
  uri:                  "https://api.us-east-1.example.com/report"
  disable_after_errors: 3
  fallback_sink_config: "backup_api"
}

sink_config backup_api {
  sink:                 "post"
  uri:                  "https://api.eu-west-1.example.com/report"
  disable_after_errors: 3
}

subscribe("report", "primary_api")

post and presign sinks now send chalk metadata headers with every request: X-Chalk-Version, X-Chalk-Operation, X-Chalk-Action-Id, X-Content-Length, X-Chalk-Digest-Sha256, and X-Chalk-Attempt (1-based retry counter). The presign sink also supports x-forward-headers, copying header names listed in that response header from the redirect response into the upload PUT, enabling metadata injection (e.g. X-Amz-Meta-*) that cannot be encoded in the presigned URL.

Two new runtime artifact keys capture post-mark errors: _ERR_INFO (superset of ERR_INFO, full error log through end of operation) and _FAILED_KEYS (superset of FAILED_KEYS, includes post-build step failures); all report templates except report_all now subscribe to these instead of the chalk-time originals. report_default, report_large, and insertion_default templates have had FAILED_KEYS removed and _FAILED_KEYS added, so consumers reading FAILED_KEYS from these templates must switch to _FAILED_KEYS.

post, presign, and s3 sinks now automatically disable themselves on repeated errors via a configurable disable_after_errors: <int> threshold (default 3); 4xx responses (except 429) disable immediately, while 5xx, 429, and network errors increment a consecutive-failure counter.

New exec.nice config field sets the nice level (range 0-19, default 5) for the chalk reporting process after fork, reverted before postexec and heartbeat so each phase uses its own independent value.

Four new runtime host keys for timing and heartbeat tracking: _MONOTIME (monotonic clock at operation start, in ms), _SINCE_TIMESTAMP (wall-clock ms since process start), _SINCE_MONOTIME (monotonic ms since process start), and _HEARTBEAT_COUNT (1-based counter, present only in heartbeat reports).

GitLab CI log output is now automatically wrapped in section_start/section_end markers with collapsed=true when GITLAB_CI is set, making chalk reports collapsible in the GitLab job log UI.

The Applications table now shows Team ownership for each application and supports inline reassignment, with apps lacking a Team labeled Unassigned; the same field appears in Application Settings > General with Unassigned listed first. Members can now view Teams pages for Teams they belong to, and View Only users can review every Team in the organization; Team management controls (Create a Team, Add Members, Add Applications, rename, Delete) now render disabled rather than hidden for users lacking permission, and users who cannot manage Teams but belong to at least one Team must assign a newly created application to one of their Teams during the Create Application flow. Separately, PUT /api/v1/org/{orgId}/team/{teamId}/application was fixed so team assignments actually persist — it previously returned success without saving.

$ curl -X PUT https://api.stackhawk.com/api/v1/org/{orgId}/team/{teamId}/application   -H 'Authorization: Bearer <token>'   -H 'Content-Type: application/json'   -d '{"applicationId": "<appId>"}'

hawk validate config previously exited 0 even on hard validation errors and missing configuration files; it now exits non-zero on those conditions, so CI pipelines chaining commands like hawk validate config stackhawk.yml && ./deploy.sh will correctly fail when the configuration is invalid.

Salt Managed Rules for AWS WAF is the first AWS WAF Partner Managed Ruleset built specifically to protect APIs and AI agents. It is subscribable from AWS Marketplace and attachable to existing web ACLsACLsAn access control list, a set of rules allowing or denying operations for particular users, services or network addresses. It decides who can use a resource. with no new infrastructure, and is available across all commercial AWS Regions and globally via Amazon CloudFront.

Adds AI Summary for Workbench Events, which reads a selected group of forensic events and generates a narrative covering what happened, in what order, and why it matters, with one-click access to the underlying raw log entries and detectors.

Adds HeliosAI Investigation to the HeliosAI Agent, providing guided incident investigation across AWS, GCP, Azure, Microsoft 365, Okta, and SaaS applications — surfacing leads, connecting identity activity, and showing the forensic evidence and confidence reasoning behind every verdict.

Adds Investigation Workbench to the IR2 Platform, providing a single-pane view of activity chains across multi-cloud and SaaS environments without requiring deep cloud investigation expertise. It gives automated timelines of cloud and SaaS user activity to help 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. teams assess incident scope — such as tracking post-phishing actions like file downloads or email access — and lets internal IR and SOC teams determine incident materiality and choose between in-house containment or external expert escalation, supporting SEC 4-day disclosure requirements.

Introduces Helios AIDR, an AI-driven cloud detection and response platform performing real-time triage across multi-cloud and SaaS environments. AI Insights, its first capability, automatically executes contextual triage tests against every potential threat lead and significant cloud activity, dynamically adjusts risk scores to separate routine activity from genuine concerns without manual analyst intervention, and delivers pre-assembled evidence packages with automatically crafted attacker timelines spanning multiple cloud environments.

Realm streams security telemetry directly into Unity Catalog Delta tables via Databricks' serverless push-based Zerobus Ingest API, with no customer-managed staging bucket or message bus required. It sends both raw logs and parsed, OCSFOCSFAn open schema standard, maintained by the OCSF community under CISA and industry backing, that defines a common event format so cyber tools can share and ingest log data without per-source normalization work.-normalized versions simultaneously so teams can route raw events to Bronze and structured data to Silver within a medallion architecture, applying real-time enrichment (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., threat intel, and customer-supplied CMDBCMDBA Configuration Management Database: a repository that stores records of IT assets and the relationships between them, giving cyber tools a single authoritative source for infrastructure context. or HRISHRISHuman Resources Information System — software that centralises employee records, payroll, and org data. Cyber tools integrate with it to tie identities and access rights to authoritative HR records. context) before data lands in the lakehouse. The feed is configured entirely through the Realm UI once the Databricks target table, Zerobus Ingest endpoint, and access credentials are set up, requiring no additional pipeline to build or maintain.

Search inside Realm Data Haven lets analysts query their full immutable security history directly against OCSF-normalized observables and resupply exact events to any destination, with no restore step, schema setup, or data-lake infrastructure required. It launches with unmetered queries, with pricing based on ingestion volume rather than how much analysts query or retrieve.

Detection Integrity reads every SIEM detection, maps each rule to its dependent log sources and fields, and auto-generates pipeline protection rules to preserve coverage as log volume is reduced, supporting Sigma, 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., and SPL rule formats. It produces a shareable report showing what was reduced, what was protected, projected savings, and 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. coverage before and after each reduction, and flags a finding instead of cutting it when a reduction cannot be applied safely.

The Detection Skills Library at detectionskills.io ships 50+ skills from Vega Research and partners — the same skills that run inside the Vega platform. A sandbox at detectionskills.io lets users build a detection, attach a skill, preview the agentic verdict, and export spec-compliant YAML. A GitHub repository hosts the library so the community can contribute Detection Skills back to the shared set.

A new three-step Detection Skills workflow inside the Vega Cyber Defense Platform lets teams compose detections in a detection notebook, attach skills from the Skill Library to run triage, investigation, and optimization, and approve or reject tuning proposals that write approved verdicts back into the rule. Triage skills run before an alert surfaces rather than after escalation, preventing noise before it reaches an analyst.

Detection Skills is a new open standard, built on Anthropic's Agent Skills format, for writing triage, investigation, and optimization/tuning reasoning as versioned skills that attach directly to detections. Skills execute as a continuous agentic loop rather than a one-off check.

X9 PKI for TLS certificate validity options are extended from a 397-day maximum to selectable 1-, 2-, or 3-year terms, with custom validity capped at 1,095 days. Available on the Dashboard under Request a Certificate > Request X9 PKI for TLS Certificate > Certificate Settings > Validity period.

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Lets you update the issuing intermediate CA (ICA) certificate on an existing ACME Directory URL without creating a new URL, via the ACME Directory URL Restrictions panel using the Intermediate chains [Intermediate CA] > [Root CA] menu.

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New vopono check subcommand runs daemon connectivity and health checks covering IPv4, IPv6, and DNS lookups.

Adds AirVPN WireGuard config syncing support via API key through vopono sync.

New Agentic Threat Prevention capability combines inline conditional enforcement — which dynamically tags hosts based on recent activity and denies specific behaviors mapped to 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. tactics, for example blocking executable downloads from cloud services on hosts that have contacted known C2 servers — with an agentic decision-making layer that continuously aggregates telemetry, reasons about host patterns, and automatically applies prevention policies in real time without manual intervention, for example denying lateral movementlateral movementMoving from an initially compromised system or identity to other resources in a network. Attackers often use stolen credentials or trusted connections to expand their access. vectors on hosts exhibiting both internal discovery and suspicious external communications. Findings, supporting evidence, activated controls, and mitigation status are surfaced inside the Cato Management Application.

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Extends Cato AI Security coverage to Claude Chat, Claude Code, and Claude Cowork via Anthropic Inference Hooks, requiring no endpoint agent or network inline access. Adds a scout-debug command to verify hook registration inside supported agents for in-workflow deployment troubleshooting, and supports pre-emptive hook configuration so hook policy can be written before a supported agent is detected, ensuring the first session on a new device is not outside enforcement.

Adds a Claude Workload Identity Federation Credential Type in the Aembit Credential Provider UI with required fields federation_rule_id, organization_id, and service_account_id, and optional fields audience, scope (defaults to workspace:developer), workspace_id, and lifetime (defaults to 3600 seconds, range 300–43200). A matching claude_wif block is added to the Aembit Terraform Provider with the same required/optional arguments. The EdgeController transparently performs the federation 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. against Claude's POST /v1/oauth/token OAuth endpoint and injects the resulting short-lived 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. into outbound requests with no application code changes, replacing static sk-ant-… keys. Aembit also auto-generates a dedicated 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. Issuer URL (serving /.well-known/openid-configuration and JWKSJWKSA JSON Web Key Set, a published collection of cryptographic keys. Applications use it to find the public key needed to verify a token's signature.) for Claude Console to use when registering Aembit as a federation issuer, and this extends Aembit's existing 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. pattern (previously AWS STS, Azure Entra, GCP) so any OIDC-compliant identity source (AWS IAM, Google Cloud, Microsoft Entra ID, GitHub Actions, Kubernetes service accounts, SPIFFE, Okta) can authenticate to Claude under the same Access Policy model.

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resource "aembit_credential_provider" "claude_wif" {
  name = "claude-wif-prod"
  claude_wif = {
    federation_rule_id = "fdrl_xxxxxxxxxxxxxxxx"
    organization_id    = "xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx"
    service_account_id = "svac_xxxxxxxxxxxxxxxx"
    workspace_id       = "wrkspc_xxxxxxxxxxxxxxxx"
    scope              = "workspace:developer"
    lifetime           = 3600
  }
}

New capability automatically retrieves MCP configuration files (e.g. claude_desktop_config.json, .mcp.json configs) from endpoints via CrowdStrike Real Time Response (RTR) without user disruption, then continuously scans and inventories MCP servers and AI agent processes across enterprise environments by integrating with CrowdStrike and other endpoint ecosystems without requiring additional agents. It analyzes CrowdStrike logs for IDE and Claude Code instances to pinpoint which MCP servers they communicate with in near real time, scans collected config files to identify hardcoded secrets (API keys, plaintext tokens, credentials), correlates them to identities, and redacts sensitive values in the platform UI. Results are shown in a Risk Graph displaying each MCP server's connections, access scope, and authentication classification.

Integrates with Claude's Compliance API to pull Anthropic identity and activity signals — API keys, workspaces, projects, users, service accounts, model activity, tool usage, administrative events, and key lifecycle events — into Token's identity control plane. Enables discovery and ownership mapping of Anthropic API keys across the full access chain (creation in Claude, storage in repository secrets, invocation by CI/CD pipelines, execution inside cloud workloads), surfaces risks like stale keys, keys without owners, abandoned workspaces, over-privileged access, and unrotated credentials, and correlates Claude activity with identity/access context from cloud, 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., source control, CI/CD, and MCP servers into a unified identity graph for blast-radius analysis. Claude-related identities now feed into Token's posture scoring and remediation workflows alongside other non-human and AI agent identities.

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A new Copy to YubiKey action in Devolutions Remote Desktop Manager (RDM) programs a vaulted credential directly into a YubiKey hardware slot (Slot 1 or Slot 2) as a static password, with the YubiKey acting as a USB HIDHIDHuman Interface Device — a USB (and Bluetooth) device class standardized by the USB Implementers Forum covering keyboards, mice, and gamepads; cyber tools use it to make a rogue device enumerate as a trusted input peripheral. keyboard to type it in. This allows credential injection into air-gapped server consoles and BIOS prompts where clipboard redirection is disabled, without software or network access, while credentials stay vaulted in RDM and slots are only written deliberately to preserve audit trails.

Ships unified EIP-712 user decryption via signDecryptionPermit(), merging self and delegated decryption into one request model with per-handle ownership, durationSeconds, protocol-versioned permits, and ERC-1271 smart-account signature support. This is now the required SDK decryption permit path: durationDays is replaced by durationSeconds, permit objects carry a protocol version, several low-level SDK exports were removed in favor of high-level encrypt/decrypt/sign actions, and user-decryption authorization moves to the unified v2 flow, with legacy on-chain request shapes remaining only for the deprecation window.

const permit = await signDecryptionPermit({ handles: [handle], durationSeconds: 3600, signer });

Adds deployProtocolConfigFromMigration, deployKMSGenerationFromMigration, upgradeKMSGeneration, and verify Hardhat tasks as the new required deployment and rollout path, replacing the removed KMSGeneration Gateway migration path; deployment and rollout flows must use these tasks along with the KMS/wave1 migration verification scripts.

Adds FHE.mulDiv(...) for widened multiply-divide operations on encrypted integers, with HCU accounting including the scalar-type check for fheMulDiv.

euint64 result = FHE.mulDiv(encryptedA, encryptedB, encryptedDivisor);

Adds destroyKmsEpoch to the KMS connector for epoch destruction, alongside single-in-flight enforcement, signature-checked epoch activation confirmations, and getters for context-switch monitoring. Adds per-context KMS threshold setters with caps on threshold and signer set for hardened decryption consensus, and new reinitializer versions for FHEVMExecutor, HCULimit, and ProtocolConfig host/gateway contracts, adding protocol storage for KMS epochs, context anchors, decryption invalidation, and confidential bridge configuration.

Adds the ConfidentialBridge (LayerZero-based) for encrypted handle bridging across chains, including bridge events, Solidity helper APIs, deploy/prepareUpgrade tasks, LZ-delegate auto-resync to the ACLACLAn access control list, a set of rules allowing or denying operations for particular users, services or network addresses. It decides who can use a resource. owner, and post-upgrade endpoint verification.

Adds FHE.toExternal(...) for all encrypted types, enabling conversion of any encrypted value to an external representation from Solidity.

externalEuint64 ext = FHE.toExternal(encryptedValue);

Adds ciphertext attestation plumbing and shadow verification in the KMS connector, including a shared ciphertext-attestation crate, embedded ciphertext format, coprocessor registry refresh, and S3 material verification.

Adds 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./S3 ciphertext migration support with dedicated concurrency and DB pool controls, stalled-error backoff, and a wave1 migration verification script.

Adds automatic protocol/WASMWASMA binary instruction format for a stack-based virtual machine, maintained by the W3C, that lets code compiled from any language run at near-native speed inside a sandboxed environment across browsers and servers. version resolution and bundled TFHE to the SDK, with cleartext mode, multi-version host-contracts support, and a narrower public API surface.

Adds full block payloads with adaptive Redis drain and stalled dependency-chain parking for improved migration and live-operation reliability, replay of quorum-accepted input proofs and drift-recovery hardening with documented quorum requirements, and latency/gap metrics for observability of block-processing performance.

Adds --seed-start-block flag to the host-listener poller for controlling the coprocessor block replay start point.

The coprocessor's Ethereum chain-ID flag was renamed to the canonical protocol-config chain ID, and host_chains seeding is now declarative — coprocessor configuration must be updated accordingly.

A new Model Context Protocol (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.) interface lets teams direct MIND agents in plain language from any MCP-compatible AI client, removing the need to switch consoles or learn query syntax.

Adds CASB remediation policies in Cloudflare One to automatically remediate file-sharing findings in Microsoft 365 and Google Workspace — or send webhooks to Slack, ServiceNow, or any destination — the moment CASB detects a finding, with no manual triage.

Cloudflare API 403 Forbidden responses now include a documentation_url field pointing directly to the denied endpoint's API documentation, surfacing required roles for faster self-service troubleshooting and enabling agents to drive approval workflows from error context.

$ curl -s -o response.json -w "%{http_code}" -X GET \
  "https://api.cloudflare.com/client/v4/workers/scripts" \
  -H "Authorization: Bearer <token>" && \
  cat response.json | jq '.errors[0].documentation_url'

OAuth clients can now classify configured scopes as required or optional in the Cloudflare dashboard; users see Read Only and Full Access templates and a scope search on the consent screen, and can decline optional scopes to enforce least-privilege access. wrangler login now presents an Edit optional permissions step during authorization, letting users choose which optional OAuth scopes to grant Wrangler or the Cloudflare API 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 instead of approving every requested scope.

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Durable Object namespaces gain a Deployments tab in the Cloudflare dashboard showing live Worker versions, traffic split, requests, error rate, and wall time per version — including actual observed traffic share alongside the configured percentage.

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Web Analytics extends navigationType values to navigate, soft-navigation (Chrome Soft Navigation API), and routing-apis (Navigation API / History API fallback), adding native LCPLCPLink Control Protocol, part of PPP, negotiates and configures point-to-point data links between two peers. Cyber tools targeting PPP-based connections use it to inspect or manipulate link establishment. measurement for SPAs on supported browsers. This may change reported pageview volume depending on front-end architecture and visitor traffic patterns.

Browser Rendering (Workers Paid plan) default limits raised: concurrent browsers 120 → 200, new browser instances/second 1 → 3, Quick Actions requests/second 10 → 30.

Miniflare now automatically grants FUSEFUSEA Linux kernel interface that lets userspace programs implement a filesystem without kernel code, maintained as part of the kernel project; tools use it to mount virtual or synthetic filesystems without requiring root or kernel modules. (Filesystem in Userspace) Docker privileges for local Containers development on macOS, WSLWSLWindows Subsystem for Linux, a Microsoft-built compatibility layer that lets a Linux environment run directly on Windows without a virtual machine, giving cyber tools access to Linux binaries, filesystems, and syscalls on a Windows host., and Linux rootless Docker when /dev/fuse is available, enabling use cases such as mounting R2 buckets with FUSE.