This Home Assistant MCP integration, developed by Jango Blockchained, enables seamless interaction between large language models and smart home devices through the Home Assistant platform. It leverages the @digital-alchemy libraries and LiteMCP to provide a robust, TypeScript-based implementation that adheres to the Model Context Protocol. The integration supports real-time communication with Home Assistant via WebSocket, allowing for dynamic querying and control of smart home devices. It's designed for AI assistants and developers looking to incorporate smart home automation into their language model applications, offering a bridge between natural language processing and IoT device management.
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Extract BPM, beats, mood, frequency data from audio.
Find Aurora-compatible lights.
Measure latency & capabilities for synchronization.
Generate pre-rendered light shows.
Play, pause, stop, or seek timelines.
List, export, or import timelines.
Provide system status and statistics.
Device-specific timing compensation for synchronized lighting.
Support for RGB, tunable white, and brightness-only lights.
Lights pulse in sync with music.
Control brightness, color temperature, RGB, and effects of lights.
Manage HVAC modes, temperature, and fan control.
Control playback, volume, sources, and sound modes for media players.
Control blinds, curtains, garage doors, and their positions.
Lock or unlock devices with code support.
Control speed, oscillation, direction, and presets of fans.
Manage cleaning, docking, spot cleaning, and fan speed of vacuums.
Arm or disarm security modes and manage security settings.
Universal interface for controlling various devices.
Activate predefined lighting or device scenes.
List, toggle, or trigger automation tasks.
Create, update, or delete complex automation configurations.
List and filter devices by domain or area.
Send alerts through multiple notification channels.
Query historical state data for devices.
Install, configure, or control add-ons.
Integrate with HACS for custom components management.
Real-time streaming of server events.
Perform maintenance tasks such as finding orphaned devices and analyzing light usage patterns.
Automatically detect and manage scenarios like energy saving and device conflicts.
