If you run OpenClaw Gateway in production, the hard part is rarely typing openclaw update—it is keeping stable/beta/dev channels aligned with your change window, ensuring auto-updates do not restart you mid-incident, and knowing whether npm pinning or git rollback comes first. This article delivers seven assumptions that wrongly blame rollbacks, a matrix of install surface vs update entry vs rollback lever, a six-step order-sensitive runbook (backup → channel check → update → optional OPENCLAW_NO_AUTO_UPDATE gate → restart/probes → doctor), plus when to pivot to the split brain guide for gateway install --force. Docker adopters should pair this with compose production upgrades; baselines live in health logs & rollback.
Catch these traps before reopening an “OpenClaw quality” ticket.
Treating openclaw update as “packages only, never services”: launchd/systemd metadata must still match the binary your unit invokes—otherwise drift returns on reboot.
Running production SLAs on beta/dev channels: preview feeds belong on sandboxes; change tickets should default to stable with explicit semver targets.
Editing huge chunks of openclaw.json before downgrading binaries: pin the execution plane to a known-good build first, then decide whether schema migration is required.
Assuming OPENCLAW_NO_AUTO_UPDATE replaces comms: it is a control lever—still publish maintenance windows, owners, and rollback commands (semantics per current upstream docs).
Git rollback without a clean tree audit: after git checkout <tag>, verify submodules, lockfiles, and local patches so you truly match the release artifact.
Applying Docker image guidance to bare-metal npm installs: tags, volumes, and entrypoints differ—follow our compose guide for containers and keep command chains separate.
Routing full traffic before doctor finishes: require at least one channels status --probe plus a pass against cron list before lifting maintenance.
If step seven is green yet guards still complain about mismatched binaries, jump to the split brain playbook before iterating npm installs here.
Name what installed OpenClaw before you script a rollback:
| Surface | Typical update entry | Primary rollback lever | Read next |
|---|---|---|---|
| npm global | openclaw update / npm install -g … | Pin @scope/[email protected] + reinstall service packaging | split brain |
| git tree | git pull / vendor build script | git checkout at tag + rebuild | Section 3 ordering; isolate Docker if mixed |
| Installer script | Vendor CLI / curl installer | Re-run pinned installer bundle | Attach checksums to the ticket |
| Docker / compose | Pull new image tag | Revert tag/digest + volume snapshot policy | compose upgrades |
Golden ordering: (1) backup evidence → (2) pin the binary identity → (3) only then debate JSON migrations.
Remote topologies still require checking gateway.mode and URLs—details remain in the remote mode guide.
Order-sensitive; pause and open the split brain guide if CLI and user-service binaries diverge.
Evidence + backup: capture openclaw --version, gateway status, redacted env snippets, and snapshot openclaw.json or mounted volumes.
Confirm channel: align with upstream docs for stable / beta / dev; production defaults to stable with explicit semver on the ticket.
Apply update: prefer documented openclaw update; if you must use npm install -g, immediately verify service units still target the right prefix.
Incident gate (optional): during freeze or hotfix pins, inject OPENCLAW_NO_AUTO_UPDATE per docs for systemd/launchd shells or containers to stop surprise upgrades—record removal criteria.
Cold restart + probes: openclaw gateway restart → channels status --probe; resource symptoms route through not ready.
Doctor + observability: openclaw doctor; sample logs against the retention window in health logs before closing maintenance.
openclaw --version openclaw update openclaw gateway restart openclaw doctor openclaw channels status --probe # npm pin example (package name per docs) # npm install -g @your-scope/[email protected]
Note: If doctor still reports forked binaries or refuses destructive gateway steps, switch to the split brain checklist—do not loop on npm alone.
OPENCLAW_NO_AUTO_UPDATE and change windowsAuto-updates reduce drift, yet incidents, audits, or cross-team pinning may require pausing background pulls. That is what OPENCLAW_NO_AUTO_UPDATE expresses—exact semantics, defaults, and injection points (user units vs shell profiles vs container env) must follow current upstream documentation; this article only covers operational hygiene.
Caution: gates are not permanent policy; disabling auto-updates long-term invites manual skew. Record why it is on, who removes it, and run a full regression after it comes off.
Unlike destructive OPENCLAW_* switches that allow legacy binaries to rewrite services, this gate chiefly pauses automatic upgrade cadence; if split brain already exists, still align PATH and reinstall packaging first.
Quantifiable checks for change records:
openclaw --version and match the ticket target.git rev-parse HEAD + tag for git paths; exact semver for npm; image digest for compose (per Docker guide).Consumer laptops sleep and reboot unpredictably; if you need Gateway workloads to behave like a VPS while keeping Apple Silicon and GUI affordances, a dedicated cloud Mac is usually steadier than endless local upgrades. NodeMini supplies SSH-friendly rental nodes with clear pricing—see Mac Mini rental rates and our help center. Suggested OpenClaw reading order: observability → cron → remote mode → split brain → this channels & rollback guide → column filter.
openclaw update tracks vendor channel semantics; plain npm only replaces global-prefix files and does not automatically repair launchd/systemd units still pointing at stale paths—that is the split brain story and often needs gateway install --force.
During incidents, audit freezes, or mandatory patch pins—follow upstream docs for semantics and injection. After lifting it, rerun doctor and channel probes, and align logging with observability guidance.
Prioritize compose production upgrades: image tags/digests, volumes, and boot ordering drive rollback—read bare-metal npm/git guidance in parallel, but never mix unrelated command chains.