aqara-mcp-server

aqara/aqara-mcp-server

3.4

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Aqara MCP Server is an intelligent home automation control service built on the Model Context Protocol (MCP), enabling seamless interaction with Aqara smart home devices through AI assistants.

The Aqara MCP Server acts as a bridge between AI assistants and the Aqara smart home platform, allowing users to control and query their smart home devices using natural language. It supports a wide range of device control operations, including power management, brightness adjustment, and scene execution. The server is designed to be compatible with any MCP-compatible AI assistant or API, such as Claude or Cursor, providing a flexible and extensible solution for smart home automation. Built with Go, the server is cross-platform and can be compiled to run on various operating systems. It ensures secure authentication and data protection through login-based authorization and signature-based security measures. The server's modular design allows for easy addition of new tools and functionalities, making it a versatile choice for developers and users looking to enhance their smart home experience.

Features

  • Comprehensive Device Control: Supports precise control of various Aqara smart device attributes including power, brightness, color temperature, and operating modes.
  • Flexible Device Queries: Allows querying of device lists and detailed status by room or device type.
  • Smart Scene Management: Enables querying and execution of user-configured smart home scenes.
  • Device History: Provides the ability to query device historical state changes within specified time ranges.
  • Multi-Home Support: Allows querying and switching between different homes under a user's account.

Tools

  1. device_control

    Control smart home device states or attributes such as power, temperature, brightness, color, and color temperature.

  2. device_query

    Get device list based on specified location (room) and device type.

  3. device_status_query

    Get current device status information for real-time status like color, brightness, and power state.

  4. device_log_query

    Query device historical log information.

  5. get_scenes

    Query all scenes under user's home, or scenes within specified rooms.

  6. run_scenes

    Execute specified scenes by scene ID.

  7. get_homes

    Get list of all homes under user account.

  8. switch_home

    Switch user's current operating home.

  9. automation_config

    Configure scheduled or delayed device control tasks.