/tmp/openclaw logs with openclaw gateway status. Cross-links land on headless SSH, CLI alignment, launchd token, and diagnostic ladder so operators do not fork five half-written runbooks.2026 Node 22 and app-shell plus CLI myths that burn triage hours
Upstream documentation now treats the macOS experience as a shell that validates and orchestrates while the Gateway binary and protocol live in the globally installed openclaw CLI. Running only the installer script without proving node -v satisfies the declared floor, or installing only the app while expecting a bundled runtime, produces failures that look random in Dashboard or first websocket handshakes. Dedicated cloud hardware helps because you can lock PATH, npm global prefix, LaunchAgent Label, and log roots under one service account instead of guessing which laptop session last ran npm i -g.
Compared with the Node 20 emphasis in headless SSH, many 2026 installer paths assume Node 22; this article uses 22 as the acceptance floor and keeps a fork note for frozen images still on 20. Near-region nodes differ from far M4 Pro mostly in dependency download wall time, not protocol semantics, so acceptance commands should stay identical while procurement rows differ.
Checking only the App Store build:Also print node -v, which openclaw, openclaw --version, and npm prefix -g.
Treating install.sh and npm global as two sources of truth:Pick one primary path per maintenance window.
Seeing 18789 listening and assuming a fresh process:Attach to an older Gateway is common; diff PID birth time first.
Jumping to token edits before logs:Read /tmp/openclaw timestamps before opening the launchd token fork.
Letting multiple engineers share one account while running npm globals:ProgramArguments drift silently; dedicated accounts remain best practice.
Fold these checks into the same pre-change block you use for shared node governance so SSH seats do not overwrite prefixes blindly.
Image owners should publish frozen semver bands for the global CLI and forbidden PATH prefixes in AMI notes, then append openclaw doctor output to centralized logs on first boot so on-call can compare AMI batch IDs with CLI stamps before deep diving.
When both an interactive laptop lane and a headless cloud lane exist, mandate a ticket field that states which lane changed; mixing them convinces everyone production matched when LaunchAgent still references yesterday prefix.
Tables: install.sh versus npm global, attach versus fresh listener on 18789
Triage starts with two axes: primary install path and port behavior. Compare with the long matrix in install troubleshooting; that article stays broad while this one focuses on the 2026 dual track and Node 22 ordering.
| Primary path | Best when | Extra acceptance |
|---|---|---|
| Official install.sh | You want the installer to handle Node and common PATH traps on first cloud bring-up | Exit codes, non-interactive env vars, log destinations |
| npm global openclaw@latest | Golden images already ship Node 22 and must align with org npm mirrors | Absolute paths inside plist ProgramArguments |
| 18789 symptom | Likely explanation | Next step |
|---|---|---|
| App loads but behavior feels like old config | Attach to existing Gateway | Compare PID start time with config mtime |
| Blank dashboard and CLI cannot connect | Port conflict or bind error | Use shallow commands from the diagnostic ladder |
| Only launchd crashes | Environment or token path | Use the launchd token fork |
Decide which binary owns Gateway RPC and when it started before debating UI cadence.
When you copy the same runbook across Singapore, Tokyo, Seoul, Hong Kong, Taipei, and US coasts, keep install path on one procurement row and RTT on another; do not treat far regions as an excuse to skip kickstart or skip reading logs.
Paste-ready block: Node 22, CLI, LaunchAgent, and /tmp/openclaw alignment
The snippet below stays short, screenshot friendly, and ticket friendly: it classifies failures instead of solving every edge. If you operate without a GUI session, cross-check PATH notes in headless SSH instead of duplicating long prose here.
node -v which node which openclaw openclaw --version openclaw gateway status ls -lt /tmp/openclaw 2>/dev/null | head launchctl list | grep -i openclaw
Note:Reproducible operations demand full command output in tickets, not verbal version numbers; add hostname, AMI batch, and lease row for finance reconciliation.
openclaw onboard --install-daemon still writes Label, ProgramArguments, and environment keys together. If you previously hand-edited plist files, later onboard runs may skip keys non-destructively, leaving hybrid fields. Treat major semver jumps or listen-port changes as rebuild events: bootout, reinstall daemon, then kickstart instead of relying on npm update alone. For unattended probe combinations, reuse cron probes.
When reading gateway logs under /tmp/openclaw, align the first log line timestamp with gateway status start time before deciding whether configuration failed to apply or an old process refused to exit.
If you plan multiple experimental Gateways on one host, allocate distinct state directories and port ranges with explicit firewall separation; accidental collisions otherwise masquerade as semver skew.
Six steps from CLI acceptance to auditable cloud residency
Freeze four stamps:Node minor, openclaw --version, npm prefix -g, LaunchAgent Label.
Pick one primary install path:install.sh or npm global, written explicitly in the ticket.
Run onboard install daemon and archive stderr on failure.
Run gateway status and diff /tmp/openclaw logs:Confirm birth time and bind address.
Open the macOS app for gate checks:If still broken, return to CLI alignment.
Write region and SKU procurement rows:Near trial versus far M4 Pro, aligned with the order page.
After maintenance, append app version, CLI version, plist Label, and health exit code to CMDB or cost tags so finance can reconcile invoices without guessing host roles.
Quotable knobs: Node floor, default port, log root, false-positive budget
Node floor:Follow upstream minimum major; if images lag, write an AMI sunset date instead of tolerating drift forever.
Default websocket port:When docs change defaults, update plist, firewall allow lists, and monitors together.
Log root:Confirm actual gateway write path, disk free space, and permissions before token surgery.
Warning:Nested virtualization or macOS supply outside the vendor matrix changes triage assumptions and should not be your sole production truth.
Laptop-only demos skip the contract between app semver, CLI semver, plist facts, and log alignment. Relying on a GUI repair button without freezing those fields guarantees repeat pain each upgrade week. Home broadband and sleep policies add structural noise for always-on agents. For more stable iOS CI/CD and AI agent automation, KVMNODE cloud Mac mini rental is usually the stronger operational answer: exclusive Apple Silicon, transparent regions, full configuration ladders, elastic rent terms. Continue with the pricing page and Help Center for connectivity and ordering detail.
If you pilot near region for two weeks then move to far M4 Pro residency, keep both acceptance tuples so postmortems separate download speed from daemon configuration.
When App Store and npm temporarily disagree, freeze one side inside a maintenance window instead of leaving production half-upgraded; half-upgraded states produce the worst attach misreads and log timestamp skew.
Finally, capture packet captures only after loopback health passes; otherwise tcpdump noise hides the semver mismatch you should fix first.
Platform leads should rehearse downgrade verbs on staging quarterly: pin CLI, bootout LaunchAgent, reinstall daemon, then re-run the paste block until tuples match the last known good ticket. That rehearsal pays off when upstream release cadence accelerates mid-quarter.