"Île-de-France Mobilités" matching MCP servers:

Enables control of Philips Hue lights via Bluetooth LE directly from Claude, without requiring a Hue Bridge or internet connection.

Enables MCP clients to control DG-Lab Coyote 2.0/3.0 devices via Bluetooth, providing tools for device scanning, connection, strength adjustment, wave design, and emergency stop.

Central user-state database MCP server with durable profile facts and live virtual sensors (stress, room intensity) with configurable smoothing, readable by any agent or smart-home service.

Local-first Starlink dish monitoring and control via the Model Context Protocol. Talks directly to your dish over the local gRPC interface with no cloud dependency.

Connects Claude and other MCP clients to myGEKKO building controllers via the official Query API, enabling natural-language queries and control of smart-home devices. It is read-only by default, with write actions available only through explicit opt-in and safety policies.

MCP server for managing large fleets of BLE devices with connection pooling, scheduling, retries, and partial-failure handling. Enables AI agents to run fleet-level reads/writes without worrying about radio connection limits.

Drive a Flipper Zero wirelessly over Bluetooth LE from Claude.

A lightweight Bluetooth Low Energy debug MCP server for AI agents. It provides 21 tools for BLE scanning, connection, GATT read/write, descriptor access, MTU query, notification subscription, device recon, and engine diagnostics.

A Model Context Protocol (MCP) server for controlling a Dr. Dabber Switch 2 vaporizer over Bluetooth LE.

An MCP server that allows Claude or any MCP client to see and control Reolink cameras on the local network. It provides snapshots, device state, AI detection, PTZ controls, and deterrence features without cloud dependency.

Enables AI agents to control MuSe/LoveSpouse/Leten Bluetooth toys via MCP by sending BLE advertisements from a Windows PC.

Comprehensive development tools for Home Assistant, enabling file management, template testing, entity/state management, service calls, log access, and system information retrieval through MCP.

Enables AI agents to start, configure, and monitor simulated Bluetooth LE fitness devices such as smart trainers, power meters, speed/cadence sensors, and heart rate monitors over real Linux BlueZ radios via stdio or HTTP.

MCP server for controlling an ESP32-C3 PetOS watch over BLE. Enables scanning, connecting, sending pet actions, and showing frames through MCP tools.

Enables context-aware household safety workflows to coordinate smart-home events, household context, policies, risk, and safe actions through auditable MCP tools for status, event evaluation, wellness checks, rule creation, and action requests.

Connects embodied devices (like StackChan, Raspberry Pi, ESP32) to AI via MCP protocol, enabling motion control with zero API cost, no PC required, and fully self-hosted.

Enables AI agents to control iOS BLE devices through a WebSocket bridge and Safari extension, allowing scanning, connecting, reading, and writing BLE characteristics from an iPhone.

Enables AI assistants to control Bluetooth Low Energy devices remotely through a WebSocket and Web Bluetooth bridge, exposing tools for vibration, suction, licking, pulsing, and status checks.

Enables pushing text from an AI conversation to a low-cost BLE e-ink shelf label via an MCP tool, with rich-text markup, card-style letter layouts, and real-time SSE delivery to a phone control page. Also lets clients check current screen content, update time, push history, and whether a phone is online.

Serveur MCP exposant 4 ESP32-CAM d'atelier à Claude Code, permettant de lister les caméras, prendre des photos, consulter le statut technique et contrôler les LEDs flash.