MCP Ws Bridge

An MCP WebSocket bridge server designed specifically for the Kite3D game engine, allowing AI assistants to communicate with the game editor through the Model Context Protocol.

Games and gamification Developer tools #WebSocket bridge #Game engine #MCP protocol #AI assistant .TypeScript

rating : 2.5 points

downloads : 6.9K

update time : 2026-03-13

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What is the Kite3D MCP Websocket Bridge?

This is a Websocket bridge server developed specifically for the Kite3D game engine. It implements the Model Context Protocol (MCP) standard, allowing various AI assistants (such as Claude, GitHub Copilot, etc.) to establish a real - time communication connection with the Kite3D game editor. Through this bridge, AI assistants can understand the state of the game editor, perform relevant operations, and provide intelligent assistance for game development.

How to use the Kite3D MCP Websocket Bridge?

The usage is divided into three main steps: First, configure the MCP server information in the AI assistant. Then, start the bridge server. Finally, run the Kite3D game editor. The editor will automatically connect to the bridge server. After the connection is established, the AI assistant can interact with the game editor.

Applicable scenarios

This bridge is particularly suitable for game developers in the following scenarios: needing AI assistants to assist in writing game scripts, debugging game logic, managing game resources, automating game function testing, or hoping to control the game editor through natural language instructions for rapid prototype development.

Main features

Websocket real - time communication

Establish a stable two - way Websocket connection to achieve real - time data exchange and instruction transmission between the AI assistant and the Kite3D editor.

Fully compatible with the Model Context Protocol standard, supporting seamless integration of multiple AI assistant tools.

Kite3D dedicated integration

Specifically customized for the Kite3D game engine, with in - depth understanding of the game editor's data structure and operation interface.

Multi - AI assistant support

Supports multiple AI assistants that support the MCP protocol, such as Claude and GitHub Copilot, providing flexible AI collaboration solutions.

Automatic connection mechanism

The Kite3D editor will automatically try to connect to the bridge server when it starts, simplifying the connection process and improving the user experience.

Advantages

Optimized for Kite3D: Deeply integrated with Kite3D engine features, providing more accurate game development assistance

Real - time interaction: The Websocket connection ensures a low - latency real - time communication experience

Standardized protocol: Based on the MCP standard, with good compatibility and easy to maintain and expand

Simplified configuration: A relatively simple configuration process, allowing developers to quickly get started

Automated connection: The editor's automatic connection mechanism reduces manual operation steps

Limitations

Specific engine limitation: Only supports the Kite3D game engine and is not applicable to other game engines

Configuration dependency: Requires MCP server configuration in the AI assistant, which has a certain learning cost for beginners

Hard - coded design: The current version is hard - coded for Kite3D, lacking modular design and difficult to quickly adapt to other systems

Dependence on external tools: Requires running both the Kite3D editor and the AI assistant tool simultaneously

Network requirement: Requires a stable local network environment to support the Websocket connection

How to use

Configure the AI assistant

Add the MCP server configuration to the configuration file of the AI assistant you are using (such as GitHub Copilot). You need to specify the path and startup parameters of the bridge server.

Start the bridge server

Ensure that the Node.js environment is installed, and then run the bridge server script. The server will run in the background, waiting for the connection from the Kite3D editor.

Run the Kite3D editor

Start the Kite3D game editor. The editor will automatically detect and connect to the bridge server. After the connection is successful, the status bar will display the connection status.

Start using the AI assistant

After the connection is established, you can use natural language in the AI assistant to interact with the Kite3D editor and perform game development - related tasks.

Usage examples

Quickly create a game scene

Developers want to quickly create a game scene prototype containing terrain, characters, and basic interactions. By describing the requirements through the AI assistant, the corresponding scene elements are automatically generated in Kite3D.

Debug game script errors

A script error occurs during the game running. Developers use the AI assistant to analyze the error log and automatically fix the problem.

Batch modify resource properties

It is necessary to modify the same properties of multiple similar resources in the game. The AI assistant can perform batch operations to improve work efficiency.