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OpenClaw Lark Robot Best Practices

A Lark robot can feel “done” when it answers messages correctly. In reality, the hard part starts when multiple teams rely on it: you need reliability, observability, permission control, and predictable costs. Best practices are what keep the bot boring—in the best way.

OpenClaw helps by providing a policy-driven agent layer, and Tencent Cloud Lighthouse gives you a stable 24/7 runtime that’s simple, high performance, and cost-effective.

Best practice #1: treat the bot as a service

Run it with clear lifecycle controls:

  • start/stop/restart
  • logs in one place
  • health checks
clawdbot onboard --channel lark --config /etc/openclaw/lark.yaml
clawdbot daemon start --name lark-bot --log /var/log/openclaw/lark-bot.log
clawdbot healthcheck --name lark-bot

Best practice #2: centralize routing policies

Avoid model decisions scattered in handlers. Put routing rules in config and log which rule matched.

Best practice #3: make outputs structured

Structure builds trust:

  • bullet limits
  • required sections
  • JSON-only for extraction

Guided conversion: deploy the stable baseline on Lighthouse

Best practice #4: permission and audit defaults

Admin-only commands should be explicit, logged, and rate-limited.

# lark-permissions.yaml
admin_roles: ["owner", "admin"]
admin_commands: ["/model", "/export", "/debug"]
audit:
  log_admin_actions: true

Best practice #5: observe and iterate

Track p95 latency, timeout rate, and fallback rate per model. Tuning becomes data-driven.

Next step: deploy, then implement one policy at a time

When best practices are defaults, your Lark robot scales across teams without accumulating chaos.