home / skills / openclaw / skills / zigbee
This skill helps deploy and troubleshoot Zigbee mesh networks for home automation by guiding channel selection, router placement, and device pairing.
npx playbooks add skill openclaw/skills --skill zigbeeReview the files below or copy the command above to add this skill to your agents.
---
name: Zigbee
description: Deploy and troubleshoot Zigbee mesh networks for home automation.
metadata: {"clawdbot":{"emoji":"π","os":["linux","darwin","win32"]}}
---
## Mesh Network Traps
- Battery devices don't route β only mains-powered devices extend mesh
- Mesh needs routers every 10-15m β one coordinator alone has limited range
- Adding routers requires rebuilding routes β devices don't automatically find new paths
- First devices paired become mesh backbone β pair routers before sensors
## Coordinator Issues
- Only one coordinator per network β two coordinators create two separate networks
- Coordinator stick placement matters β USB extension away from computer reduces interference
- Coordinator migration loses all pairings β backup before switching hardware
- Some sticks need firmware flash β Sonoff, CC2531 don't work out of box
## WiFi Interference
- Zigbee shares 2.4GHz spectrum β WiFi channels overlap with Zigbee channels
- Zigbee channel 11 = WiFi channel 1, Zigbee 25 = WiFi 11 β pick non-overlapping
- Default Zigbee channel 11 often worst β conflicts with common WiFi defaults
- Changing Zigbee channel requires re-pairing all devices β choose carefully initially
## Compatibility Issues
- "Zigbee compatible" doesn't mean interoperable β some devices only work with their hub
- Xiaomi/Aqara devices drop off generic coordinators β need specific handling
- Tuya Zigbee often requires their gateway β may not pair with Zigbee2MQTT
- Check device compatibility list before buying β not all Zigbee is equal
## Pairing Problems
- Pairing mode timeout is short β be ready before enabling
- Factory reset required if previously paired β hold button 5-10 seconds
- Distance during pairing matters β pair close to coordinator, move after
- Some devices need multiple reset attempts β keep trying
## Groups vs Binding
- Groups: coordinator sends one command to all β requires coordinator online
- Binding: direct device-to-device β works without coordinator, lower latency
- Binding a switch to bulbs survives coordinator reboot β groups don't
- Not all devices support binding β check before planning automation
## Battery Devices
- Battery sensors sleep aggressively β commands only received on wake
- Check-in intervals vary by device β some wake every hour, others every few seconds
- Reporting thresholds affect battery life β frequent updates drain faster
- Replacing battery sometimes requires re-pairing β device forgets network
## Common Failures
- Device shows online but doesn't respond β try power cycle, check routing
- Intermittent responses β mesh too sparse, add routers
- Delayed commands β routing through many hops, add closer router
- New device won't pair β network in wrong mode, coordinator issue, or device not reset
This skill helps deploy, optimize, and troubleshoot Zigbee mesh networks for home automation. It focuses on practical fixes for common mesh, coordinator, pairing, and compatibility problems to improve reliability and range. The guidance is hands-on and geared toward installers and advanced home users who manage Zigbee devices and coordinators.
The skill inspects network topology, device roles (router vs battery end device), coordinator placement and channel selection, and common failure modes. It walks through pairing procedures, router placement strategies, channel interference analysis with WiβFi, and steps to recover or migrate coordinators. It also includes compatibility checks and best patterns for groups versus direct bindings.
Why do my battery sensors not act as routers?
Battery-powered Zigbee devices sleep to save power and cannot route traffic. Use mains-powered devices as routers to extend the mesh.
Can I run two coordinators on the same network?
No. Each coordinator creates a separate network. Running two coordinators will split devices into different networks.