Advanced Unity MCP, developed by Codemaestroai, is a server tool for the Unity Editor. Built with C#, it utilizes the Model Context Protocol (MCP) to establish connections between the Unity development environment and various AI assistants. Distributed as a Unity Package via a Git URL, it aims to augment game development workflows for Unity users. This tool integrates AI capabilities directly into the editor, allowing for automated tasks and improved project management. It functions as a bridge, bringing external intelligence to Unity projects.

What does Advanced Unity MCP connect to?

Advanced Unity MCP acts as an MCP server tool, linking the Unity Editor with external AI assistants through the Model Context Protocol. It supports connection via IPC channels, such as named pipes or Unix sockets, often exposing functionality via stdio for AI clients. Confirmed compatible AI clients include GitHub Copilot, Code Maestro, Cursor, Windsurf, and Claude Code. This enables a direct communication pathway for AI to interact with and control the Unity environment.

Core features and tools

The tool exposes a variety of callable capabilities. These are grouped into categories such as Core Editor Control (e.g., play/pause/stop game, execute menu items, manage console messages), Asset & Scene Management (e.g., create/modify/delete materials, prefabs, scripts, manage scenes and GameObjects), Build & Platform Tools (e.g., build settings, platform switching, Android Debug Bridge operations), Project Configuration (e.g., Unity packages, project settings, PlayerPrefs, external tools), and Performance Analysis (e.g., Unity Profiler control). These categories cover a broad spectrum of Unity development tasks.

Who is it for?

Advanced Unity MCP targets solo developers and studio teams within the game development community who use Unity. It is designed for those looking to integrate AI assistance directly into their Unity workflows, enhancing productivity and automating routine tasks. Developers seeking to use AI for material creation, project builds, or scene management will find value here. Skip this if your development environment does not involve Unity or AI assistants.

How to get started

Access for external MCP clients requires explicit user approval through a dialog in Unity's Project Settings the first time a connection is attempted. The Model Context Protocol typically uses IPC channels like named pipes or Unix sockets, often exposed via stdio.

Use cases

• Create and apply materials to objects, such as generating a red material and applying it to a cube.
• Build projects for specific platforms, for instance, building the project for Android.
• Make new scenes with standard components like a camera and a directional light.

Advanced Unity MCP provides a direct connection between the Unity Editor and various AI assistants, enhancing development workflows. Its broad range of callable capabilities covers core editor control, asset management, build tools, project configuration, and performance analysis. It simplifies complex tasks for Unity developers by integrating AI. Try this by configuring your preferred MCP client in the Unity MCP Dashboard and requesting it to create a new scene.