Requirements
- Target platform
- OpenClaw
- Install method
- Manual import
- Extraction
- Extract archive
- Prerequisites
- OpenClaw
- Primary doc
- SKILL.md
Discover, monitor, and control Tasmota smart home devices on local networks. Use when tasks involve finding Tasmota devices via network scanning, checking device status and power states, controlling devices (on-off, brightness, color), managing device inventory, or any other Tasmota management operations on ESP8266 or ESP32 devices running Tasmota firmware.
Discover, monitor, and control Tasmota smart home devices on local networks. Use when tasks involve finding Tasmota devices via network scanning, checking device status and power states, controlling devices (on-off, brightness, color), managing device inventory, or any other Tasmota management operations on ESP8266 or ESP32 devices running Tasmota firmware.
Hand the extracted package to your coding agent with a concrete install brief instead of figuring it out manually.
I downloaded a skill package from Yavira. Read SKILL.md from the extracted folder and install it by following the included instructions. Tell me what you changed and call out any manual steps you could not complete.
I downloaded an updated skill package from Yavira. Read SKILL.md from the extracted folder, compare it with my current installation, and upgrade it while preserving any custom configuration unless the package docs explicitly say otherwise. Summarize what changed and any follow-up checks I should run.
Automated discovery and control of Tasmota-powered smart home devices (ESP8266/ESP32) on local networks. Includes network scanning, status monitoring, power control, dimming, color control, and inventory management.
Scan network for Tasmota devices: python3 scripts/tasmota-discovery.py Check device status: python3 scripts/tasmota-control.py <IP> status 0 Control device: python3 scripts/tasmota-control.py <IP> power on|off|toggle python3 scripts/tasmota-control.py <IP> brightness 0-100 python3 scripts/tasmota-control.py <IP> color <hex-rgb>
Run a full network scan to find all Tasmota devices: python3 scripts/tasmota-discovery.py The script: Performs ping sweep to identify live hosts Scans HTTP (port 80) on live hosts Detects Tasmota via Server header (e.g., "Tasmota/13.1.0") Confirms via JSON API (/cm?cmnd=status%200) Retrieves device names, versions, and hardware Output includes: IP address Device friendly name Tasmota version Hardware platform (ESP8266/ESP32) Response time
Tasmota devices are identified by: Server header: Tasmota/<version> (<hardware>) JSON API response: /cm?cmnd=status%200 returns structured status Content keywords: "Tasmota" in HTML
Toggle or set power state: # Toggle python3 scripts/tasmota-control.py <IP> power toggle # On/Off python3 scripts/tasmota-control.py <IP> power on python3 scripts/tasmota-control.py <IP> power off
Set brightness level (0-100): python3 scripts/tasmota-control.py <IP> brightness 50 Works on devices with Dimmer support (check StatusSTS).
Set RGB color (hex or comma-separated): # Hex format python3 scripts/tasmota-control.py <IP> color FF0000 # Red python3 scripts/tasmota-control.py <IP> color 00FF00 # Green # RGB comma format python3 scripts/tasmota-control.py <IP> color 255,0,0 Works on devices with RGB support (AiYaTo-RGBCW, etc.).
Retrieve status information: # Basic status python3 scripts/tasmota-control.py <IP> status 0 # All statuses python3 scripts/tasmota-control.py <IP> status all Status codes: 0 = Status - Device info, friendly name, power state 1 = StatusPRM - Parameters, uptime, MAC 2 = StatusFWR - Firmware version, hardware 3 = StatusLOG - Log settings 4 = StatusNET - Network config (IP, gateway, WiFi) 5 = StatusMQT - MQTT configuration 9 = StatusTIM - Time, timezone, sunrise/sunset
StatusSTS (Status 0): POWER - Current state (ON/OFF) Dimmer - Brightness level (0-100) Wifi.RSSI - Signal strength Wifi.SSId - Connected WiFi network StatusNET: IPAddress - Device IP Hostname - mDNS hostname Mac - MAC address
python3 scripts/tasmota-status.py Iterates through inventory file and shows power state for all devices.
Devices are tracked in a CSV inventory file. Format: IP Address,Device Name,Version,Hardware,Response Time (ms) 192.168.1.116,Office Hall Light,13.1.0,ESP8266EX,53 After discovery, save output to inventory file for batch operations.
# Scan and grep for specific device names python3 scripts/tasmota-discovery.py | grep "Kitchen" python3 scripts/tasmota-discovery.py | grep "Bulb"
# Get status of all devices python3 scripts/tasmota-status.py
# Off, wait 2s, on python3 scripts/tasmota-control.py 192.168.1.116 power off sleep 2 python3 scripts/tasmota-control.py 192.168.1.116 power on
http://<IP>/cm?cmnd=<COMMAND>
CommandDescriptionPowerToggle powerPower ONTurn onPower OFFTurn offPower TOGGLEToggle stateStatus 0Device statusStatus 4Network statusDimmer <0-100>Set brightnessColor <hex>Set RGB color`Fade <ONOFF>`
Verify device is on same subnet Check device has HTTP server enabled (Webserver 2 in config) Ensure device is powered on and connected to WiFi Try direct HTTP request: curl http://<IP>/cm?cmnd=Status%200
Device may be power saving (WiFi sleep) Network latency or packet loss Check device uptime for recent restarts
Some devices (BLE gateways, sensors) don't have power control. Check capability in StatusSTS.
Tasmota devices typically: Connect on WiFi channel 1-11 Use DHCP (check StatusNET for current IP) May respond to mDNS (hostname patterns: tasmota-XXXXXX) Use HTTP on port 80 (standard)
Scan during network maintenance windows (avoid peak usage) Cache inventory file to avoid repeated scans Use device friendly names for easier identification Set static IPs for critical devices (via Tasmota web UI or DHCP reservations) Group devices by location/function in inventory comments
Network scanner that finds live hosts and identifies Tasmota devices via HTTP and JSON API.
Device controller supporting power, brightness, color, and status queries via Tasmota JSON API.
Bulk status checker that queries all devices in inventory and displays power states.
Messaging, meetings, inboxes, CRM, and teammate communication surfaces.
Largest current source with strong distribution and engagement signals.