OpenClaw, an open-source, native AI agent framework that quickly gained popularity in late 2025/early 2026, has now become a security risk: Governments and enterprises have begun warning users against unrestricted use of OpenClaw due to ongoing reports of security vulnerabilities, malicious third-party "skills," fake installers spreading malware, and high-risk vulnerabilities that could lead to remote code execution or token theft. In March 2026, the Chinese government instructed departments to avoid installing OpenClaw on work devices. Given these circumstances, users and administrators must be cautious about removing OpenClaw and verify that the removal is thorough.
Quick roadmap: What you’ll learn — what OpenClaw is, why removing it matters, how uninstalls can be incomplete, exact commands and checks for each OS, how to find and clean leftover secrets, and how to reinstall safely if you decide to try again.
What is OpenClaw?
OpenClaw is an open-source agent framework and CLI that lets users run autonomous/agentic AI workflows locally. It gained traction because it can orchestrate tasks — from email triage to scheduled automation to running local language models — with minimal configuration. Because it often requires broad file and network access (local files, system services, cloud APIs), it’s powerful — and therefore potentially risky when misconfigured or exploited.
Key technical points you should know:
- OpenClaw commonly runs as a background service (“gateway” or “agent”) and exposes a local server (HTTP/WebSocket) for its UI and integrations.
- Install methods vary: npm/pnpm/bun global packages, downloadable installers (macOS .dmg/.app, Windows .exe), container images, and repackaged third-party binaries.
- It stores persistent state and credentials (workspaces, configuration files, tokens, logs) under user profile directories by default (e.g.,
~/.openclawor%LOCALAPPDATA%\OpenClaw). - Because it can keep long-lived credentials and accept remote requests on localhost, a vulnerable or malicious OpenClaw instance can expose secrets or be turned into persistence for attackers.
Why is there concern that OpenClaw might not be completely removed?
Uninstalling a CLI or app does not necessarily eliminate: running services/daemons, scheduled tasks, registry keys, leftover files (with saved tokens), browser extensions, machine-level persistent agents, or third-party malware that piggybacked on the OpenClaw name.
Uninstalling modern agent platforms is two-track work: removing local binaries/services and cutting off remote access. Common failure modes include:
-
Leftover state directories and secrets. The official uninstall command (when available) focuses on removing the runtime, but local state directories (e.g., user config, profiles, token caches) often remain. If a user uninstalls via
npm uninstall -gor removes the binary manually, those directories persist and store API keys, tokens, or session cookies. Security researchers have shown that the CLI uninstall can leave~/.clawdbotor~/clawdbot/behind if alternate removal paths are used. -
Background services that survive. On macOS, user LaunchAgents (e.g.,
ai.openclaw.gateway) may still be registered; on Linux, systemd user services may persist; on Windows, scheduled tasks or Startup entries in the user profile may keep components alive. If these aren’t cleaned, the gateway can restart or at least block reinstall attempts. - Remote tokens and integrations. Even with a pristine local removal, OpenClaw may have issued long-lived tokens or OAuth sessions to third-party services. Those tokens remain valid until explicitly revoked or rotated. Removing the local client does nothing to revoke them.
- Docker / WSL / VM artifacts. Many users run OpenClaw inside Docker containers, WSL2 instances, or VPSes. Uninstalling the host binary does not remove containers, volumes, or images that hold data. Similarly, cloud snapshots or automated backups may keep sensitive data.
Because of these layers, I advise a careful, reproducible process: uninstall via the official method if available, enumerate and delete residual files and background services, and then rotate/revoke every credential OpenClaw touched.
How to uninstall OpenClaw completely — step-by-step
Important preface: If you suspect a compromise (malware installed, unknown network connections, leaked tokens), isolate the system (disconnect from network) before performing live uninstall steps to avoid data exfiltration during removal. Consider forensic capture if this is a managed/enterprise device. The steps below are comprehensive; pick the ones that apply to how OpenClaw was installed on your machine. Use administrator/root privileges where required.
Summary of the complete removal process (quick checklist)
- Pause & isolate: disconnect the host from networks (or block gateway port) if you suspect compromise.
-
Official uninstall:
openclaw uninstall(CLI) + remove global package. - Stop/remove services: systemd/launchd/schtasks/services.
-
Delete state & workspace:
~/.openclaw,~/.clawdbot,/var/lib/openclaw,/Applications/OpenClaw.app, etc. - Revoke & rotate credentials: API keys, OAuth tokens, webhook secrets used by OpenClaw.
- Hunt for persistence & malware: run AV/malware scans, inspect cron, scheduled tasks, autorun registry, and system PATH.
- Verify: confirm no open ports, no running processes, no files, and no credentials remain. (See verification commands below).
- Optional: reinstall safely in a sandboxed environment (cloud VM / container) only after confirming cleanup and hardening.
Global commands & principles (applies to all platforms)
- Run the official uninstall command first (if available):
# Official CLI uninstall (recommended)openclaw uninstall
If openclaw uninstall is available, it will remove the gateway service and prompt to remove state/config. Always read prompts; if you want non-interactive:
openclaw uninstall --all --yes --non-interactive
(Official docs: the install/uninstall flow uses npm/pnpm/bun global packages).
- Remove global CLI package (how you installed it):
# npmnpm rm -g openclaw# pnpmpnpm remove -g openclaw# bunbun remove -g openclaw
(If you installed from source, remove the checkout and any symlinks you created.)
- Delete state/config/workspace directories (common paths; adjust if you customized):
rm -rf "${OPENCLAW_STATE_DIR:-$HOME/.openclaw}"rm -rf "$HOME/.clawdbot"rm -rf "$HOME/.openclaw/workspace"# macOS apprm -rf /Applications/OpenClaw.app
(Official guidance and community checklists recommend removing the state dir and workspace to eliminate models, logs, and stored credentials).
- Revoke and rotate API keys & OAuth tokens that the agent used: OpenAI/Anthropic keys, Slack bots, Telegram bots, Gmail/Google OAuth, Zapier, etc. If in doubt, rotate keys for sensitive services and inspect logs for suspicious activity.
Hunting for malicious leftovers (for compromised installs)
If a fake installer or malicious skill installed additional malware, removing the OpenClaw runtime is necessary but not sufficient. Hunt for:
- Unexpected user accounts, cron jobs, scheduled tasks, or SSH keys.
- New systemd units or launchd plists that were not removed by uninstall.
- Unusual open network connections (
ss,netstat,lsof), especially to unknown IPs. - Processes with unusual parent/child relationships.
- File system anomalies (recently modified files in
/tmp,/var/tmp,%APPDATA%). - Known indicator files from reported campaigns (check vendor IoCs — e.g., Huntress, vendor blogs).
If you find other malware, stop and treat as a security incident: preserve logs, capture memory if possible, and follow organization incident response procedures.
Uninstall differences: macOS vs Windows vs Linux (short comparison)
-
macOS — uses
launchd/LaunchAgentsand macOS app bundles. Apps installed as.appcan leave plists and cron entries. Permissions and user-level launch agents are common persistence points. (Commands:launchctl,rm -rf /Applications/*,ps/lsof). -
Windows — uses services, scheduled tasks, and registry Run keys. Malicious Windows installers commonly add services or scheduled tasks that run after removal if left. (Commands:
Get-Service,Get-ScheduledTask, registry inspection). -
Linux — often run as systemd service or in Docker. Default installs on servers may bind to an interface and be publicly reachable; check
systemctl,docker,ss. Servers are most likely to have large-scale exposure issues.
Removing secrets and revoking access (critical)
Even after files are deleted, tokens or service accounts stored in other cloud providers or third-party dashboards remain valid. Treat them as compromised until rotated.
Actions:
-
Identify connected providers and tokens. Inspect
~/.openclaw/config,~/.openclaw/credentials, workspace files, or environment variable files that OpenClaw used. Grep for likely keywords:
# Unix example: search for lines that look like API keys
grep -RiE "(api(_)?key|token|authorization|bearer)" ~/.openclaw || true
- Revoke and rotate API keys in each provider dashboard. Log in to providers (OpenAI, Anthropic, cloud vendors) and revoke keys used by OpenClaw; create new keys if needed and remove them from any config files.
- Reset passwords and rotate service credentials where the same credential may have been used elsewhere.
- Check secrets in your password managers (1Password, Bitwarden, etc.) for stale OpenClaw entries and delete/rotate them.
The security analysis that looked at uninstall traces found that tokens and leftover credentials are the primary residual risk — revocation and rotation are mandatory parts of a “complete” uninstall.
How to Uninstall OpenClaw on Windows
Stop any gateway or app process
# find processesps aux | grep -i openclaw# if you see PID 1234kill 1234
Uninstall launch agents / launchd service
# list possible launch agentslaunchctl list | grep -i openclaw# unload example (adjust label)sudo launchctl bootout system /Library/LaunchDaemons/com.openclaw.gateway.plist
Remove app & CLI
# If installed as macOS apprm -rf /Applications/OpenClaw.app# remove state and CLIrm -rf ~/.openclawnpm rm -g openclaw
Check for malicious installers / other persistence
- Inspect
~/Library/LaunchAgents,/Library/LaunchDaemons, and/etc/paths.d. - Check
crontab -lfor scheduled jobs. - Use
lsof -i :<gateway_port>to see if any process is listening on the OpenClaw port (default gateway port can vary).
Verify
# No listening gateway port (example port 3000)lsof -iTCP -sTCP:LISTEN -P | grep 3000 || echo "gateway not listening"# No processesps aux | grep -i openclaw || echo "no openclaw process"
How to Uninstall OpenClaw on Linux (systemd / Debian / RPM / container)
High-level steps: stop systemd unit, remove systemd unit file, uninstall package/npx, delete state, remove crontab entries, remove container images if used.
Stop and disable service
sudo systemctl stop openclaw-gateway.service
sudo systemctl disable openclaw-gateway.service
If the service name differs, locate it:
systemctl list-units --type=service | grep -i openclaw
Remove systemd service file (if installed)
sudo rm -f /etc/systemd/system/openclaw-gateway.service
sudo systemctl daemon-reload
Remove package / npm global package
# if installed via npm/pnpm/bun:
npm uninstall -g openclaw
pnpm remove -g openclaw
bun remove -g openclaw
# if installed as a system package, use apt/dnf
sudo apt remove openclaw # hypothetical; confirm package name
Delete state/config/workspace
rm -rf "${OPENCLAW_STATE_DIR:-$HOME/.openclaw}"
rm -rf /var/lib/openclaw # if system-wide state
rm -rf /etc/openclaw # if config stored here
Check for running sockets / listening ports
ss -ltnp | grep -i openclaw || true
ps aux | grep -i openclaw || true
Containers:
If you ran via Docker/Podman:
docker ps -a | grep openclaw
docker rm -f <container-id>
docker images | grep openclaw
docker rmi <image-id>
How to Uninstall OpenClaw on Windows (PowerShell / Services / Task Scheduler)
High-level steps: stop Windows Service or process, remove scheduled tasks, uninstall MSI/exe, uninstall npm package, delete %APPDATA% state, clean registry keys if present, and scan for malware.
Stop process and service
Open PowerShell as Administrator:
# find process
Get-Process -Name *openclaw* -ErrorAction SilentlyContinue
# if it's a service, stop it (replace service name if different)
Stop-Service -Name "OpenClawGateway" -Force -ErrorAction SilentlyContinue
Remove service via sc.exe (if necessary)
sc.exe queryex OpenClawGateway
sc.exe stop OpenClawGateway
sc.exe delete OpenClawGateway
Remove scheduled tasks
Get-ScheduledTask | Where-Object {$_.TaskName -like '*openclaw*'} | Format-Table TaskName, TaskPath
Unregister-ScheduledTask -TaskName "OpenClawTask" -Confirm:$false
Uninstall binaries
- If installed via Windows installer:
Settings → Apps → Apps & features→ search “OpenClaw” → Uninstall. - If installed via npm:
npm uninstall -g openclaw
pnpm remove -g openclaw
bun remove -g openclaw
Delete state/config directories
Remove-Item -Recurse -Force "$env:LOCALAPPDATA\OpenClaw"
Remove-Item -Recurse -Force "$env:USERPROFILE\.openclaw"
Search for artifacts across disk
Get-ChildItem -Path C:\ -Include *openclaw* -File -Recurse -ErrorAction SilentlyContinue | Select-Object FullName -First 200
Check listening ports and net connections
# list listening ports and owning process IDs
netstat -ano | Select-String ':LISTEN' | Select-String 'openclaw' -Context 0,1
Registry cleanup (advanced)
If you find installers left registry keys for persistence, back up the registry first, then carefully remove keys under HKLM\Software\ or HKCU\Software\ that match OpenClaw. Only perform registry edits if comfortable — otherwise get IT or incident responders involved.
Why reinstall may fail and how to troubleshoot
If reinstall attempts fail (e.g., openclaw onboard errors, gateway install failing, or the GUI never starts), common reasons:
- Leftover service entries block new installs. Old LaunchAgents, systemd units, or Scheduled Tasks can conflict with new installs. Remove them (see checks above) before reinstalling.
-
Ports already bound. The gateway binds WebSocket/listener ports; a stale process or container may keep those ports open. Use
lsof -i/netstat -tulpnto find winners and stop them. -
Broken node/pnpm environment. OpenClaw relies on Node/Bun/pnpm in places—ensure your package manager and runtimes are correct, and that
PATHpoints to the expected version. Installing via the recommended method (inside WSL for Windows, or native macOS package flow) reduces friction. -
Missing permissions/TCC on macOS. On macOS the app needs Accessibility / Screen Recording / Microphone permissions to expose certain node capabilities. If these are blocked or in a bad state, the app may fail to start. Use
tccutiland System Settings to verify. -
Leftover config profiles with mismatched profile names (
OPENCLAW_PROFILEenvironment variable). Ensure no environment variables are forcing a named profile that no longer exists.
Troubleshooting commands
# find processes using likely ports (example 3000/8080)
sudo lsof -iTCP -sTCP:LISTEN -P -n | grep -E "3000|8080|openclaw" || true
# check journal logs (systemd)
journalctl --user -u ai.openclaw.gateway.service -b | tail -n 200
# on macOS, check Console or syslog for launchd errors:
log show --predicate 'process == "openclaw" OR process == "launchd"' --last 1h
If reinstall still fails, collect logs (openclaw doctor or openclaw status --all), and if you suspect a prior compromise, prefer a clean OS reinstall or forensic image and consult your security team.
Conclusion
OpenClaw is a powerful example of how useful local agent tooling can be — but that same power makes cleanup and security remediation subtle. A “complete” uninstall is more than deleting an app; it’s stopping services, removing all state, revoking credentials, and verifying the system is clean. Use the official uninstall helper when possible, but follow the manual checklist above to catch the hard edge cases — especially if you installed from third-party sources.
CometAPI now integrates with openclaw. If you are looking for APIs that support Claude, Gemini, and GPT-5 Series, CometAPI is the best choice for using openclaw, and its API price is continuously discounted.). OpenClaw recently updated its compatibility with GPT-5.4 and optimized its workflow. Now you can also configure OpenClaw via CometAPI's GPT-5.4.
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