What breaks without openclaw fleet management
Manual per-bot configuration. No central visibility. Scaling is a spreadsheet.
→
Centralised fleet management × provisioning and monitoring ÷ 1-hour setup ÷ no per-server SSH = bots at scale.
Security check — openclaw fleet management
Privacy score: 7/10 — accesses connected platform APIs only.
Lock it: review OAuth scopes before install, confirm OpenClaw ≥1.2 with management API enabled; Node.js ≥18 for manager compatibility.
Quick start — openclaw fleet management in 1–2 hours
Setup time: 1–2 hours
!
You need:
- Multiple OpenClaw instances running
- Node.js ≥18 for manager server
- SSH access to provisioning hosts
Install the package:
git clone https://github.com/miaoxworld/openclaw-manager
cd openclaw-manager && npm install
npm run build && npm start
1
Set up OpenClaw on each target host
2
Enable the management API on each instance
3
Clone and install openclaw-manager
4
Configure host connections in config.json
5
Start the manager and open the web UI
6
Provision, restart, and monitor instances from the dashboard
Compatibility & status
Works with: OpenClaw ≥1.2 with management API enabled; Node.js ≥18 for manager
advanced
Last updated: Sep 2025
★ 195 on GitHub
MIT
Official docs →
View on GitHub →
FAQ — openclaw fleet management
Does this replace Lobster?
It complements Lobster — Manager is for fleet-level operations; Lobster for per-bot management.
Can it deploy code changes to all bots?
Not by default — it manages running state, not deployments. Pair with Ansible for code deployment.
Is multi-user access supported?
Add your own auth layer via a reverse proxy for multi-user scenarios.