Smart Bulb Control via MCP Server With Claude
@Arpitmahajan123
About Smart Bulb Control via MCP Server With Claude
This project creates an MCP server using Node.js and TypeScript to autonomously control a smart bulb via UDP communication. It integrates with AI interfaces like ChatGPT or Claude, enabling seamless, anonymous, and automated lighting control with color and brightness adjustments.
Config
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Overview
What is Smart Bulb Control via MCP Server With Claude?
It is an MCP (Model Context Protocol) server built with Node.js and TypeScript that enables autonomous control of a smart bulb using AI-driven commands. It communicates with the bulb via UDP over a local Wi-Fi network and integrates with AI interfaces such as ChatGPT or Claude for seamless automated lighting management.
How to use Smart Bulb Control via MCP Server With Claude?
Install dependencies with pnpm install, build the TypeScript project with pnpm build, then run the server with npm start. Ensure the smart bulb is connected to the same network and configured with the correct IP address and UDP port. The server exposes MCP tools (e.g., turn_on, set_color) that AI clients can invoke.
Key features of Smart Bulb Control via MCP Server With Claude
- Turn the bulb on/off via AI or command-line input
- Set RGB color dynamically through structured JSON commands
- Adjust brightness using a dimming percentage parameter
- AI integration with MCP for automated lighting routines
- Real-time color and brightness adjustments
- Uses Node.js built-in
dgrammodule for UDP communication
Use cases of Smart Bulb Control via MCP Server With Claude
- Voice or text commands to turn lights on/off via an AI assistant
- Automatically adjust bulb color and brightness based on time of day or mood
- Create AI-driven routines that react to external events (e.g., coding activity, weather)
- Integrate smart lighting control into broader IoT automation workflows
FAQ from Smart Bulb Control via MCP Server With Claude
What smart bulbs are compatible?
The project uses examples like Philips Hue bulbs that operate over a UDP server on a predefined port and connect via a private IP address on your Wi-Fi network.
How does the server communicate with the bulb?
Commands are sent as JSON-formatted UDP datagrams to the bulb’s IP address and port. The server uses Node.js’s built-in dgram module for socket communication.
What tools does the server provide?
Three primary tools: turn_on to turn the bulb on, turn_off to turn it off, and set_color(r, g, b, dimming) to adjust color and brightness. Each tool has a defined input schema.
How do I run the server?
Run pnpm install, then pnpm build, then npm start. The bulb must be on the same network with the correct IP and UDP port configured.
What transport does the MCP server use?
The server uses stdio transport to interface with AI platforms like Cursor or Claude for real-time control.
Frequently asked questions
What smart bulbs are compatible?
The project uses examples like Philips Hue bulbs that operate over a UDP server on a predefined port and connect via a private IP address on your Wi-Fi network.
How does the server communicate with the bulb?
Commands are sent as JSON-formatted UDP datagrams to the bulb’s IP address and port. The server uses Node.js’s built-in `dgram` module for socket communication.
What tools does the server provide?
Three primary tools: `turn_on` to turn the bulb on, `turn_off` to turn it off, and `set_color(r, g, b, dimming)` to adjust color and brightness. Each tool has a defined input schema.
How do I run the server?
Run `pnpm install`, then `pnpm build`, then `npm start`. The bulb must be on the same network with the correct IP and UDP port configured.
What transport does the MCP server use?
The server uses stdio transport to interface with AI platforms like Cursor or Claude for real-time control.
Basic information
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