"Computer Aided Design" matching MCP servers:

Enables AI assistants to design, validate, and render WARDOGS forward operating base layouts from plain-text briefs using the wardogs.zone base builder.

Enables AI assistants to manage game development projects, sprints, tasks, and design documents via the HacknPlan API.

Enables AI agents to procedurally design and render stylized 2:1 dimetric isometric game assets in Blender, including NPR cel-shaded scenes, modular tilesets, 8-angle avatar turnarounds, and mathematically exact subpixel collision diamonds, with turnkey engine manifests for Phaser, Godot 4, and retro web games.

An MCP server for building, validating, and publishing Ice Puzzle levels with AI assistants, featuring integrated solver feedback and quality checks. It provides over 60 tools for level design, difficulty analysis, and benchmarking AI performance on design tasks.

Enables Claude to design and refine boats for Stormworks: Build and Rescue from natural-language descriptions, including hull shaping, superstructure and interior building, rendered previews, and saving loadable vehicle files.

Enables Claude to design and build interactive 3D games within the Portals virtual platform through direct API integration. It facilitates automated asset placement, interaction logic configuration, and quest management using natural language commands.

MCP server that provides game design lenses and knowledge base docs to help AI assistants and programmers make better design decisions during game development.

Enables AI agents to inspect city states, design urban layouts, and construct roads, buildings, zones, and utilities in the TheoTown city simulation game via hot-reload IPC. It provides plan validation, staged batch execution, job monitoring, and draft catalog search through MCP tools, resources, and prompts.

Enables AI agents to remotely operate Windows handheld gaming PCs, providing computer use, hardware control, and voice prompt capabilities over MCP.

Autonomous game development framework that lets AI agents program, design scenes, and run visual QA on Godot 4.x projects — all through the Model Context Protocol (MCP).

A robot battle prototype that enables users to design, validate, and simulate AI combat scripts through an MCP-integrated consultative workflow. It allows AI agents to guide tactical design, perform DSL script verification, and conduct preview duels before final deployment to Firebase.