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The most reliable workflow is to run OpenClaw as the persistent Gateway and use Claude Code as the engineering console: install and onboard OpenClaw, open Claude Code in the OpenClaw workspace, have it generate or edit configuration and Skills, then verify the Gateway and inspect logs. Claude Code can write configuration and code, but it does not keep the OpenClaw agent running. For an always-on assistant, the Gateway must stay on a logged-in computer, server, VPS, or managed deployment.
What a Claude Code and OpenClaw workflow actually is
OpenClaw supplies the agent runtime, Gateway, channel connections and background process. Claude Code is the development tool you use to create configuration, write Skills, diagnose failures and improve the workspace. Keeping those roles separate prevents a common mistake: closing Claude Code does not stop an OpenClaw Gateway, and leaving Claude Code open does not by itself create an always-on OpenClaw service.
Think of the Gateway as the process responsible for receiving events, choosing a model, invoking Skills and returning replies. Claude Code is the person-like operator at the workbench: it can inspect files, propose changes, generate JSON and help interpret logs, but it is not a substitute for the service manager that keeps the Gateway alive.
There are three practical designs:
- OpenClaw first: install and onboard OpenClaw, then ask Claude Code to configure and extend the installation.
- Claude Code inside the workspace: launch Claude Code from the OpenClaw directory so it can generate nested JSON configuration, edit Skills and investigate logs.
- OpenClaw-style behavior inside Claude Code: use the community ClaudeClaw project instead of the OpenClaw runtime. This is a different architecture, not an official OpenClaw integration.
The first two designs are usually the best choice when you need OpenClaw’s Gateway and channel integrations. The third is useful when you specifically want an assistant implemented as a Claude Code plugin and can tolerate session-dependent availability.
#1 Best Overall
Choose the architecture before installing anything
| Approach | Runtime that stays active | Best for | Main limitation |
|---|---|---|---|
| OpenClaw plus Claude Code | OpenClaw Gateway daemon | A persistent agent with Claude Code used for setup and maintenance | Requires a correctly configured Gateway and a machine that remains available |
Claude Code in ~/.openclaw |
OpenClaw Gateway | Generating configuration, writing Skills and debugging the installation | The workspace contains channel credentials, so broad file access is risky |
| ClaudeClaw | The Claude Code session or a process you keep running | An OpenClaw-style workflow implemented as a Claude Code plugin | Events arrive only while the session is open unless you add a persistent process |
If your requirement is “reply to messages while my laptop is closed,” plan for a server, VPS or other continuously running host from the beginning. A local laptop is suitable for development and testing, but sleep, logout and network changes can interrupt it. A managed deployment removes some operating-system work, but you still need to understand where credentials are stored, how the Gateway is restarted and how logs are accessed.
Also decide whether Claude Code will merely edit files or actively connect to the running Gateway. File editing is simpler and easier to review. MCP or attach-style bridges can provide live interaction, but they add another authentication path and another process whose permissions must be checked.
Path 1: Install OpenClaw, then use Claude Code to extend it
1. Check prerequisites and choose a host
For a trial, a personal computer is adequate if you can keep it awake and connected. For unattended operation, use a server, VPS or managed platform that remains online. Select the operating system before onboarding because the daemon mechanism differs between macOS, Linux, WSL2 and native Windows.
Node.js requirements are particularly volatile. A Developers Digest setup guide reports Node.js 24.16+ or 26.1+, with 26 recommended, but that requirement was not confirmed in the official documentation excerpt. Treat those versions as a compatibility lead rather than a guarantee, and check the current OpenClaw installation instructions before installing or upgrading Node.
2. Install the OpenClaw CLI
The official installation options use npm, pnpm or bun. Use one package manager, not all three:
npm install -g openclaw@latest
pnpm add -g openclaw
bun add -g openclawOn npm 12, and on npm 11.16 or newer, the npm installation may require the script-approval option documented on the official install page:
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3. Run onboarding and install the daemon
For an interactive setup, run:
openclaw onboard --install-daemonFor a scripted setup, the onboarding reference shows:
openclaw onboard --non-interactive --accept-risk --install-daemon--accept-risk is required in non-interactive mode; without it, onboarding exits with an error. Read the prompts and review the generated configuration before connecting real accounts or private channels. If you automate onboarding, keep the script and its environment variables private, and do not put channel tokens directly into a repository.
Onboarding is not the end of setup. It creates or updates configuration and attempts to register a background service, but the service can still fail to start because of permissions, a missing runtime, invalid JSON or an unavailable account. Treat the first successful prompt sequence as an installation milestone, not proof of a production-ready agent.
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4. Understand what “install daemon” does on each operating system
| System | Service mechanism | Important behavior |
|---|---|---|
| macOS | LaunchAgent | A logged-in user session is required. Logging out can stop the service. |
| Linux and WSL2 | systemd user unit | Onboarding attempts to enable lingering so the Gateway can survive logout. |
| Native Windows | Scheduled Task, with a Startup-folder fallback | Startup behavior depends on the task or fallback being created successfully. |
These are service behaviors described by the official installation material. Confirm the generated service on your machine rather than assuming it is active after onboarding. On Linux and WSL2, check that the user unit belongs to the same account that owns the OpenClaw configuration. On macOS, remember that a LaunchAgent is tied to the user session. On Windows, verify whether the Scheduled Task or Startup-folder fallback actually runs after a reboot.
5. Verify the installation before adding Claude Code
- Check that the CLI is available:
openclaw --version. - Run the configuration checks:
openclaw doctor. - Check the Gateway process:
openclaw gateway status. - Resolve every error reported by
doctorbefore troubleshooting channels or Skills.
The version command proves that the executable is on your path; it does not prove that the Gateway is running. Conversely, a running Gateway can still have invalid channel credentials, so use both diagnostic commands. Save the clean output from these checks with your deployment notes. It gives Claude Code a known baseline when a later edit changes behavior.
Use Claude Code as the OpenClaw configuration and development console
Open Claude Code in the OpenClaw workspace
A commonly recommended arrangement is to start Claude Code from the OpenClaw workspace, typically ~/.openclaw. This places edits next to the files watched or read by the Gateway and makes it easier to inspect logs and Skills. The same directory can contain channel credentials, tokens and other secrets. Give Claude Code the narrowest file access that still lets it complete the task, and avoid asking it to rewrite unrelated credential files.
Before making edits, create a backup of the configuration and record the last known-good state. Ask Claude Code to explain a proposed change before applying it, especially when the change touches authentication, channel routing or startup behavior. After each change, run openclaw doctor and then openclaw gateway status.
A useful instruction is to designate read-only files and explicitly list sections that must remain untouched. Ask for a diff rather than an opaque overwrite whenever possible. If a complete file is necessary, have Claude Code preserve comments or formatting only if the configuration format supports them; otherwise prioritize valid, minimal JSON and keep the original backup separately.
Generate nested JSON configuration from a precise brief
OpenClaw configuration is nested JSON, which makes hand-editing easy to break. A BetterClaw configuration guide describes using Claude Code to generate the complete file from a natural-language specification covering the model provider, chat platform and context settings.
Give Claude Code a brief that separates requirements from preferences. For example, specify:
- Which model provider and account the Gateway should use.
- Which chat platform is enabled and which account or channel it may access.
- Context-window or history requirements.
- Whether the Gateway must run locally or on a remote host.
- Which existing keys and sections must remain unchanged.
- What should happen when the provider, channel or Skill is unavailable.
- Whether the change is for a disposable test account or a production account.
Then ask it to produce a minimal diff or a complete JSON file, validate the JSON syntax, and identify every field it could not verify. Have it explain the effect of each new key and the rollback procedure. Do not blindly paste examples from older blog posts: model names and configuration keys change, and older examples may use a Claude 3.5 Sonnet name that is no longer valid.
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Use Claude Code to write and test Skills
Once the base Gateway works, Claude Code can help create custom OpenClaw Skills. A productive loop is:
- Describe the Skill’s trigger, inputs, permitted tools, expected output and failure response.
- Have Claude Code create the smallest implementation and document its assumptions.
- Test it with harmless sample inputs before granting access to production channels or files.
- Inspect the Gateway logs for tool calls, authentication failures, malformed output and unexpected retries.
- Revise the Skill, rerun diagnostics and repeat the test.
Define what the Skill must refuse as well as what it should do. For example, specify whether it may send a message, modify a file or call an external service, and require a clear error when an input is missing. Keep credentials out of prompts and source files. Use environment or OpenClaw-supported secret storage where available, and review the resulting diff for accidental logging of tokens or message content.
Test a Skill through the same channel and account class it will use in production, but start with a non-sensitive account. Confirm that retries do not duplicate messages and that a provider failure produces a bounded, understandable response rather than an endless loop.
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Debug with logs instead of guessing
When a conversation fails, first identify which layer failed: the channel, Gateway, model provider, Skill or service manager. Ask Claude Code to correlate timestamps across the relevant logs and configuration sections. A “Gateway is down” symptom can be a service-manager problem; a connected Gateway that does not answer may instead have invalid credentials, an unavailable model or a Skill exception.
- CLI unavailable: check the package-manager installation and your shell’s PATH.
openclaw doctorreports configuration errors: restore the last known-good file, then apply one change at a time.- Gateway status is stopped: inspect the LaunchAgent, systemd user unit or Windows Scheduled Task created during onboarding.
- Gateway runs but messages fail: verify channel credentials, model-provider settings and Skill logs separately.
- Only one channel fails: compare that channel’s account, permissions and routing with a known-working channel instead of changing global settings.
- Replies become intermittent: record timestamps, restarts and provider responses before changing the model or heartbeat schedule.
Do not paste complete logs into a shared prompt without removing tokens, message contents and personal identifiers. A short, redacted excerpt plus the relevant version and timestamp is usually enough for Claude Code to identify the failing layer.
Optional bridges between Claude Code and the Gateway
OpenClaw MCP and attach commands: treat third-party instructions as provisional
A Developers Digest guide describes openclaw mcp serve as a stdio MCP server that connects to the Gateway over WebSocket and exposes routed chat conversations as MCP tools. The same guide describes openclaw attach as launching Claude Code bound to a Gateway session, but it does not provide attach flags. Official documentation for these two commands was not confirmed in the available material.
Do not build a production script around those commands until the current OpenClaw documentation verifies their syntax, authentication requirements and security model. If you test them, use a disposable account, record the exact OpenClaw version and confirm which network interface and token the process uses. A stdio server is local to the process that launches it, while the WebSocket connection still creates a path to the Gateway; review both sides before granting tool permissions.
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A separate community project called openclaw-mcp works in the opposite direction: it lets Claude Code call OpenClaw agents. Its README shows this Claude MCP registration command:
claude mcp add openclaw -- npx openclaw-mcpThe bridge needs the Gateway token stored under gateway.token in the OpenClaw configuration. Because this is not an official OpenClaw component, inspect its source and permissions, pin a reviewed version and never expose the Gateway token in a prompt, chat message or shared repository.
Use the bridge only when live agent access solves a real workflow problem. If Claude Code only needs to edit Skills or configuration, direct workspace work avoids an additional network and authentication layer. If you do enable the bridge, test with a restricted account, document what tools are exposed and revoke the token if it appears in a log, shell history or backup.
Path 3: Run an OpenClaw-style assistant inside Claude Code with ClaudeClaw
ClaudeClaw is a lightweight community project built into Claude Code rather than a way to configure the OpenClaw runtime. Its setup wizard covers model selection, heartbeat behavior, Telegram, Discord, Slack and security after installation as a Claude Code plugin.
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1Clear out junk files and repair common Windows errors2Fix the driver behind crashes, sound loss and screen glitches3Repair Windows errors before they cause bigger problemsThe key operational limitation is availability: events arrive only while the Claude Code session is open. For continuous operation, keep the session in a persistent terminal such as tmux, or run it under a service manager such as systemd. That introduces a new process to monitor and secure; it does not turn a closed interactive session into a managed OpenClaw Gateway.
Choose ClaudeClaw when the plugin architecture itself is the goal or when you are experimenting before committing to the OpenClaw runtime. Choose OpenClaw when you need its Gateway lifecycle and channel integrations. Do not assume that a ClaudeClaw configuration can be copied directly into OpenClaw; they are separate projects with separate runtime behavior.
Model routing and heartbeat design
A BetterClaw guide suggests routing inexpensive heartbeat checks to Haiku, normal conversations to Sonnet and using DeepSeek as a fallback if Anthropic is unavailable. This is a community recommendation, not an official OpenClaw pattern or a performance guarantee. Model IDs, availability, context limits and pricing change, so verify current names and provider configuration before deploying it.
Use routing only after the single-model path works. Otherwise a failed fallback can hide the original error. Log which route handled each request, set explicit limits for heartbeat frequency and test provider outages deliberately. A heartbeat should have a clear purpose, such as checking whether a service is responsive; an unnecessarily frequent heartbeat can create noise, cost and additional failure opportunities.
Keep the fallback policy explicit. Decide whether a failed primary request should retry the same provider, switch providers or return an error for manual review. Confirm that each provider supports the required context and tools before assigning it production traffic.
Make the workflow reliable on a local machine or server
Local development checklist
- Keep the computer awake while testing.
- Confirm that the required user session remains logged in on macOS.
- Check the Gateway after network changes or sleep.
- Use test channels and non-sensitive credentials.
- Back up configuration before Claude Code edits it.
- Record the OpenClaw version, Node version and active service mechanism.
- Close or revoke temporary bridges after testing.
Always-on deployment checklist
- Choose a server or VPS that remains online and has a supported Node.js runtime.
- Install OpenClaw with a dedicated operating-system user where practical.
- Use the platform’s service mechanism and verify restart behavior after a reboot.
- Restrict inbound network access; the Gateway and MCP bridges should not be publicly exposed without a deliberate security design.
- Store tokens outside source control and rotate them if logs, prompts or backups may have exposed them.
- Test message delivery, model failure, process restart and credential renewal before relying on the agent.
- Keep a tested backup and document how to restore it without asking Claude Code to guess.
Managed OpenClaw hosting can reduce the work of maintaining a server, but it does not remove the need to verify credentials, service status, model settings and backup access. Treat a managed plan as a hosting choice, not as a replacement for operational checks.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.Which workflow should you use?
| Your goal | Recommended path | Why |
|---|---|---|
| Build a persistent OpenClaw assistant and customize it with Claude Code | Install OpenClaw, onboard the daemon, then work in ~/.openclaw |
Clear separation between the runtime and the development console |
| Generate complex configuration without hand-editing nested JSON | Use Claude Code to draft and validate the configuration, followed by openclaw doctor |
Reduces syntax mistakes while retaining a verification step |
| Let Claude Code call an existing OpenClaw agent | Evaluate an MCP bridge after checking its current security and compatibility | Provides tool access, but introduces third-party code and token exposure risk |
| Experiment with OpenClaw-like behavior without running OpenClaw | Try ClaudeClaw | Fast exploration inside Claude Code, but not inherently always-on |
A repeatable change-and-recovery procedure
- Record the OpenClaw version and confirm
openclaw gateway statusis healthy. - Back up the configuration and note the active service mechanism for your operating system.
- Ask Claude Code for a focused change, with untouched sections explicitly listed.
- Validate JSON and run
openclaw doctor. - Restart or reload the Gateway only when the configuration check passes.
- Send a test message through a non-production channel and inspect logs.
- If the test fails, restore the backup, confirm Gateway status, and reapply changes individually.
This procedure keeps configuration errors, service failures and channel problems distinguishable. It also gives you a known recovery point when a generated file contains an obsolete key or model identifier.
Frequently asked questions
Can Claude Code run OpenClaw by itself?
No. Claude Code can generate configuration, write Skills and help debug an installation, but the OpenClaw Gateway still needs to run as a daemon or another persistent process. Closing Claude Code does not necessarily stop a correctly installed Gateway, and opening Claude Code does not create one.
Where should I launch Claude Code?
Launch it from the OpenClaw workspace, typically ~/.openclaw, when you want it to inspect or edit the files used by the Gateway. Because that workspace may contain channel credentials, limit file access and review every diff.
Is the npm script flag always required?
The official install snippet indicates that npm 12 and npm 11.16 or newer may require --allow-scripts=openclaw. Package-manager behavior changes, so follow the current installation page for the npm version actually installed on your machine.
Why does the Gateway stop after I log out?
On macOS, the Gateway uses a LaunchAgent and requires a logged-in user session. Linux and WSL2 use a systemd user unit and onboarding attempts to enable lingering. Verify the generated service rather than assuming the intended behavior occurred.
Should I use an MCP bridge in production?
Only after verifying the current command syntax, authentication and permissions. The community bridge requires the token under gateway.token, and third-party code adds supply-chain and token-exposure risk. Start with a disposable account and a restricted configuration.
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Is ClaudeClaw an OpenClaw plugin?
It is a separate community project implemented inside Claude Code. Its events arrive only while the session is open unless you keep it running in a persistent terminal or service, so it should not be treated as an equivalent OpenClaw Gateway.
How do I make the setup always-on?
Run the OpenClaw Gateway on a continuously available computer, server, VPS or managed deployment, then verify its service mechanism, restart behavior, credentials and logs. A sleeping or logged-out laptop is a development host, not a dependable always-on platform.
Frequently Asked Questions
Can Claude Code run OpenClaw by itself?
No. Claude Code writes configuration and code, while the OpenClaw Gateway must run as a daemon or other persistent process.
Where should Claude Code be launched?
Use the OpenClaw workspace, typically ~/.openclaw, when editing Gateway files, but restrict access because the directory may contain credentials.
Which path is best for an always-on assistant?
Install OpenClaw, onboard its daemon and run it on a continuously available computer, server, VPS or managed deployment. Claude Code remains the maintenance console.
Is the openclaw-mcp bridge official?
No. It is a community bridge that requires the Gateway token, so review its code, permissions and security before testing.
Does ClaudeClaw stay active when Claude Code closes?
Not by default. Events arrive only while the session is open unless you keep it running in tmux or under a service manager.
The Bottom Line
For most teams, install OpenClaw as the persistent Gateway and use Claude Code from ~/.openclaw to generate configuration, build Skills and diagnose logs. Verify every change with openclaw doctor and openclaw gateway status, protect channel credentials and deploy the Gateway on a host that remains available. Use MCP bridges or ClaudeClaw only when their additional limitations and security responsibilities fit the workflow.
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