3.10.3 View status and configure
The On-device Agent page is organized around status summary, control panel, and on-board chat. First time: read the header, then deploy, repair, or configure models as prompted.
Header status
The top bar shows on-board Agent health at a glance:
- Device: online and operable over SSH
- Assistant: OpenClaw installed, connector healthy, install integrity
- Board outbound: board can reach networks needed for deploy and models
- Models: whether a reachable model is available to the on-board agent
When something is off, the page suggests next steps such as deploy, diagnose & repair, configure models, or check network.
Control panel
The right-side control panel has three tabs:
| Tab | Role | Typical actions |
|---|---|---|
| Deploy & connection | Install, run, and recover OpenClaw | Check env, one-click deploy, cancel deploy, diagnose & repair, restart connector, uninstall |
| Models | Model settings for the on-board agent | Follow Moss “thinking” model, or set Base URL, model ID, API key, then sync |
| Feishu integration | Feishu channel on the board | Enter app details, start/stop channel, manage paired users |
Configuration checklist
The page shows a configuration status list, typically:
- On-device agent: not installed, corrupted install, installed, connector running, running but board offline from internet
- Models: unset, selected but missing credentials, OK
- Feishu: not configured or configured
Each row has actions such as “Deploy on-device agent”, “Diagnose & repair”, “Configure”, “Edit”, “View”.
Quick tasks and on-board chat
Quick chips open the matching flow:
| Quick item | Purpose |
|---|---|
| Health check | Run a device and agent health pass |
| YOLO | Run the YOLO sample on this device and return results |
| Error explain | Interpret recent board logs for errors |
| Connection | Check on-board Agent connection |
When device, network, and model are OK, chat with the on-board agent at the bottom. It excels at tasks on this device; coordinate across devices, PC files, or deep analysis with Moss instead.