OpenClaw 2026.10.7 Ships Replay-Safe Session Recovery as Extended-Stable 2026.9.34 Brings the Patched Node Floor to LTS Users
OpenClaw 2026.10.7 is out with 70 pull requests focused on session recovery, update activation and backup durability, and extended-stable 2026.9.34 brings the patched Node floor and advisory fixes to the slower line. Plus: main fixes updates that falsely reported failure, OpenClaw Enterprise gets an explainer, a search-endpoint credential leak is closed and plugins gain a runtime lint.
OpenClaw 2026.10.7 Is Out, and It Is a Recovery Release
Yesterday's preview is now a real build. The OpenClaw 2026.10.7 release notes on GitHub were published at 2:53 AM Pacific on Saturday, and as of this morning npm's latest tag points at 2026.10.7. The audited contribution record counts 70 unique pull requests since 2026.10.6, more than double the 32 in the draft branch notes we read on Friday, so the shipped build is noticeably broader than the preview.
The headline theme is what the notes call replay-safe session recovery. Interrupted sessions now keep their recovery provenance and the outcomes of tool calls that had not finished, a stopped conversation clears leftover recovery state before it accepts the next message, rejected Claude CLI drafts no longer leak into final replies, and large batches of child-agent completions stay inside the requesting agent's context. Codex previews also stop blocking replies after a context refresh.
The second big group is update activation. A verified activation now stays successful even if later maintenance or ledger steps throw errors, interrupted package updates resume safely, Doctor waits after activation are bounded, stale receipts can no longer veto a valid repair, and Windows installs whose state lives on deep or 8.3 short-name paths no longer abort onboarding or migration. Smaller fixes include headless browser clicks that used to stall on passkey prompts, slow macOS Talk runs that lost their replies, and a Control UI queue that left slash-steer chips behind after the command ran.
Two caveats from the notes themselves. The Android APK was skipped for this tag because the app's version file still says 2026.8.2, so Android users stay where they are. And the trusted-proxy password fix we covered yesterday (#181620) is not in 2026.10.7; it remains on main only. Gemini 4 Argon support also ships here, as previewed earlier this month.
This is the release to take if restarts, crashes or half-finished updates have been costing you work. The recovery and update fixes target exactly the states that were hardest to diagnose. Roll it to one Gateway first, force a restart in the middle of a long tool run, and confirm the session resumes cleanly before you widen the rollout.
Extended-Stable 2026.9.34 Brings the Node Floor and Advisory Patches to the Slower Line
Less than two hours later, at 4:38 AM Pacific, the project shipped the OpenClaw extended-stable 2026.9.34 release notes, a Gateway-only build that the notes describe as "our current equivalent to LTS." It is OpenClaw from the end of September plus security, reliability and performance fixes, and it now sits on npm's extended-stable tag.
For teams that chose the slower line, the most important change is the runtime floor. Install, update, Docker images and the macOS app check now require Node >=24.22.1 <25 or >=26.12.1, so upgrades refuse vulnerable runtimes with a clear next step (#181073). The release also patches zod (GHSA-mrhx-c7xc-m3w5), body-parser and other production advisories (#181341), and carries the backup, Linux and macOS repairs from #181466 that we described yesterday. When we wrote on Friday, neither the advisory patch nor those repairs had shipped in a tagged extended-stable build.
Two fixes matter mostly to plugin and integration users. before_tool_call plugin hooks run again under openclaw agent exec (#159333), so a hook that had stopped running in that path works again (#158824). A Buzz relay closing during authentication no longer exits the Gateway (#170591). The maintainers say they audited 743 candidate source rows from the October stable and beta lines: 142 applied, 82 adapted to the branch, 128 already covered and 391 deliberately excluded.
Extended-stable users should read the Node floor as a hard gate, not a recommendation. Upgrade Node on hosts and base images before you move the package, or the update will refuse to proceed. And if you depend on a before_tool_call hook for policy enforcement under agent exec, test that it actually fires after the upgrade.
Main Fixes Updates That Reported Failure on a Healthy Gateway
Overnight work on main targets the next release. The most operator-visible fix is pull request #182399 fixing update verification after a Gateway protocol change, merged at 1:38 AM Pacific. When an update changed the Gateway protocol version, openclaw update waited an hour and then reported a failed, data-at-risk update ending in state-migrated-no-rollback, even though the restarted Gateway was healthy. The cause was a readiness probe running from the previous package and pinned to the old protocol, so every handshake was rejected. The probe now falls back to the Gateway's local /startupz and /readyz checks while still enforcing version and build matches.
The author is explicit about the limit: the verifier runs from the package you are updating from, so the fix only helps updates that start from a build containing it. Separately, pull request #182456 letting Doctor upgrade PostgreSQL agent databases fixes openclaw doctor --fix --yes failing on populated PostgreSQL stores with a request to run the same Doctor command. The author reports a real store with 5,000 memory chunks moving from schema 32 to 33 with unchanged contents.
If an update ever told you it failed after a long wait while the Gateway was plainly serving traffic, this is probably why. Until the fix ships and you are running it, check the live version and readiness yourself before you start a rollback, because rolling back a working, migrated install creates the problem the warning was afraid of.
OpenClaw Enterprise Gets a Plain-Language Explainer
On Friday at 3:18 PM Pacific, the project's official OpenClaw post introducing an OpenClaw Enterprise interview shared a conversation between @heyneighbor and @kevins8 about what the platform is and why Red Hat and NVIDIA are contributing. The follow-up thread summarizes the design: trusted workloads such as RBAC, audit logs and enforced policy are separated from the untrusted agent and its tools, the control plane runs in its own isolation boundary, and it is meant to plug into existing sandboxes, MCP gateways and secret brokers. The thread calls it pre-1.0 and ready for pilots.
That matches the September 29 OpenClaw Enterprise announcement on the OpenClaw blog, which says the project started at OpenAI, was donated to the OpenClaw Foundation and is being developed with Red Hat and NVIDIA. The blog post says it can be self-hosted with docker-compose or Kubernetes and promised a reference architecture "in the coming weeks." We could not find that architecture published yet.
Security Practice: Keep Credentials Out of Search Endpoint URLs
A rejected endpoint used to echo its full URL, credentials included, back to the agent
Pull request #182534 omitting credentials from rejected search endpoint errors, merged on main at 4:11 AM Pacific, fixes a disclosure in the Exa and Parallel web_search tools. When a configured endpoint failed validation, the error repeated the URL, including any credentials in its userinfo or query string, in a tool result the model could read. The fixed error names the setting instead. It is on main, not in 2026.10.7.
- The OpenClaw Exa search documentation puts the key in
plugins.entries.exa.config.webSearch.apiKeyorEXA_API_KEY, and treatsbaseUrlas a plain proxy or alternate endpoint. Keep it that way; never put a token in the URL. - The OpenClaw Parallel search documentation describes the same
baseUrloverride for the paid provider, for example to route through a gateway. If that gateway needs its own credential, keep it out of the query string. - Then run
openclaw secrets audit --check. The OpenClaw secrets CLI reference describes it as a read-only scan for plaintext secret storage and unresolved refs that exits 1 on findings, so it can gate CI.
Skill Card: Lint a Plugin for Runtime Hazards Before You Trust It
openclaw plugins lint now reports process-wide patches and runtime code generation
Pull request #182419 inspecting plugin runtime compatibility before activation, merged at 5:06 AM Pacific, adds a static analyzer that runs without importing plugin code. The OpenClaw plugin runtime compatibility guide documents the workflow: install the plugin's dependencies, then run openclaw plugins lint --root ./my-plugin, or add --json for machine-readable output. Each warning names the package, version, file, line and rule.
The rules flag replaced built-ins (builtin-patch), process-wide function or module patches (host-patch), replaced module loaders (loader-patch), calls to eval, Function or Node VM compilation (runtime-code-generation), and incomplete scans. The guide is clear about the limits: warnings do not block installation or change security.installPolicy, and "a warning-free report is not a compatibility certificate." The same check runs during package installation once dependencies are in place.
Treat this lint as a review checklist, not a verdict. A third-party plugin that patches globals or generates code at runtime is not automatically malicious, but it deserves a closer look before it shares a Gateway process with your credentials. Run the JSON output in CI for any plugin you vendor, and record why each warning is acceptable.
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