OpenClaw Mission Control: Built-In Board or Third-Party Dashboard

OpenClaw Mission Control is a name several unofficial dashboards share for managing OpenClaw agents, tasks and costs from a browser; OpenClaw ships no product by that name. The one Google ranks first was archived on August 6, 2026. For one gateway, start with OpenClaw's own dashboard and its optional task board, and add a separate control plane only for agents that run outside that gateway.

Turn on the board OpenClaw already ships

OpenClaw's browser dashboard, the Control UI, already covers much of what the Mission Control repos advertise for a single gateway. Its feature reference lists sessions with token totals, scheduled automations with run history and a failing count, a usage page with estimated cost, a 30-day approvals history and logs.

For tasks, OpenClaw now bundles a board: the Workboard plugin, a Kanban board of cards you can assign to an agent, start as a run and follow from triage to done. It first appears in the notes of the v2026.5.28 release, published May 30, 2026, so update an older install first. It is included but disabled by default. On the gateway host, run:

openclaw plugins enable workboard
openclaw dashboard

The second command opens the dashboard through a one-time pairing link valid for ten minutes. Check that a Workboard tab now appears in the navigation, then create a harmless card and confirm it shows up (press Refresh if the tab was already open):

openclaw workboard create "Summarize three test messages" --priority normal
openclaw workboard list

Creating a card only records the task; a run starts when you press Run Claude or Run OpenAI on it, or when a dispatch pass picks up a card in the ready column. Per the docs, the board tracks local work for one OpenClaw gateway and does not replace GitHub Issues or Linear.

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Any dashboard holding your OpenClaw gateway token can act as you on that gateway, so vet it like an admin login.

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Five checks before you install any Mission Control

The same name covers very different projects: a multi-agent control plane, a GUI for managing the host, an engine that generates features and ships code. Answer these five questions for any of them before it connects to your gateway:

Repo:
1. Maintained: is it archived? Dates of the last commit and last release?
2. Credential: which OpenClaw token does it store, and where?
3. Writes: does it edit your OpenClaw config, or only read it?
4. Reach: how do you open it from another machine?
5. Gap: what does it do that the Control UI and Workboard do not?

Maintained. An archived repository is read-only, so it gets no fixes unless its owner unarchives it. Run gh api repos/OWNER/REPO --jq '.archived, .pushed_at', or read the archive notice at the top of the repo page.

Credential. OpenClaw's operator scopes page treats the shared gateway token as trusted operator access, and on the gateway's HTTP endpoints that token restores the full scope set, administrator included. A dashboard holding it can act as you on that gateway. Keep it out of screenshots and shared files, and follow the rotation checklist if you uninstall the tool.

Writes. A tool that edits OpenClaw's configuration file has to keep up with OpenClaw's config schema. OpenClaw's guide for external apps tells integrators to pin the version they test against and to recheck the RPC reference when upgrading. Copy your config file before the first connection so you can restore it.

Reach. The dashboard docs call the Control UI an admin surface that must not be exposed publicly, and recommend localhost, Tailscale Serve or an SSH tunnel. For the built-in dashboard they give ssh -N -L 18789:127.0.0.1:18789 user@gateway-host; you then open http://127.0.0.1:18789/ on your laptop and sign in with the gateway secret. A third-party dashboard needs the same treatment, sometimes for two ports.

Gap. If the answer is nothing you need, the install adds a process, a port and a copy of your token for nothing.

The checks applied to the two most-starred repos

This worked example uses the state of both repos on GitHub on September 18, 2026.

abhi1693/openclaw-mission-control, the first Google result for this query, with 4,107 stars, fails the first check. Its owner archived it on August 6, 2026. The README now says it will get no new features, bug fixes or security updates, and that new deployments are not recommended. The last code change before the archive commit dates from April 4, 2026. The notice points to Wardn AI, an MCP control plane for teams whose README does not mention OpenClaw, so the redirect does not lead to an OpenClaw dashboard. Verdict: do not start a new install, and if you already run it, plan the move.

builderz-labs/mission-control, with 6,236 stars, passes the first check: last push on September 17, 2026, release v2.3.0 on July 25, 2026, and a README that labels it alpha software. On the second, its deployment guide lists OPENCLAW_GATEWAY_TOKEN among the minimum settings for running it with OpenClaw. On the third, a compatibility note dated April 1, 2026 records the dashboard re-saving a legacy key that OpenClaw's config schema rejects, which kept the gateway from starting; the note gives the fix and the recovery steps. Upgrade friction also stood out in a September reading of OpenClaw's Reddit threads. On the fourth, the same guide has your browser connect to the gateway's WebSocket for live sessions, so remote use has to reach the gateway as well. On the fifth, it puts agents that never touch OpenClaw, such as CrewAI or LangGraph workflows and scripts calling its REST API, on the same board, with a review step before a task counts as done and costs across all of them. Its README adds that adapter depth varies by runtime, and that it is probably the wrong tool when one agent on one machine already stays understandable from its native CLI.

When a separate control plane earns its install

The decision turns on where your agents run, not on how many you have. If everything goes through one OpenClaw gateway, the Control UI with the Workboard shows who owns a task, what ran, what failed and what it cost. Its sidebar can also list native Claude and Codex sessions from the machines it connects to, so using those tools next to OpenClaw is not, by itself, a reason to install something else.

The advice changes when part of the work never passes through that gateway, such as a LangGraph workflow or a script on another server, and you want one queue and one cost view for all of it. That is the job builderz-labs describes. In that case, run it on localhost, reach it through a tunnel, keep the token in its environment file only, copy the OpenClaw config before the first connection, and pin both versions so you upgrade one side at a time.

Either way, the questions from the security boundary between Hermes and OpenClaw still apply, because a dashboard is one more way to reach the agent. And if the board would only ever hold one recurring job, you may not need a board: a narrow agent with one job and one exit door reports its own failures.

For this week: enable the Workboard, put your next agent tasks on it as cards, and look at a third-party Mission Control only once a task lives outside that gateway.