"Wear OS" matching MCP servers:

Enables game gun models to be given physically based surface finishes across material slots and wear levels, with wear baked once into vertex-colour masks for edges, handling, rubbing parts and dirt. It also validates finishes and wear against physical rules, renders look-dev variant sheets, and exports per-slot engine material parameters.

Enables AI agents to start, control, and verify local open.mp/SA-MP game servers via MCP stdio, using a headless RakClient to send allowed slash commands and assert round-trip responses.

An MCP server adapter that allows LLM agents to autonomously play World of ClaudeCraft by wrapping the game's headless environment as MCP tools for state reading and action execution.

Enables AI assistants to query CS2 item real-time prices, K-line data, market index, wear, and inspect images via the SteamDT API.

Downloads War Thunder server replay .wrpl fragments by user and session ID, storing them in organized local folders.

Enables AI assistants to access a PlayStation Network account's gaming history, including playtime, trophies, and library, to provide personalized game recommendations based on real data.

Gives AI assistants structured access to racing-game telemetry such as lap and sector times, lap comparisons, braking zones and tyre wear through MCP tools and resources. It works out of the box on bundled synthetic sample data and can ingest a live F1 23 UDP feed.

An MCP server for managing and operating Minecraft servers through multiple backend protocols including MCSManager API, RCON, and MSMP. It provides tools for instance lifecycle management, file operations, console commands, player administration, and server configuration with built-in security controls.

MCP server exposing 30 tools for League of Legends player analysis, match review, and training-plan generation.

This MCP server enables AI agents to control kOS computers in Kerbal Space Program, providing tools for scripting, telemetry, and simulation management via telnet and file system integration.

Enables AI-assisted clan analysis for Clash of Clans by reading official API data and applying customizable rubrics for war grading, promotion screening, and carry-forward decisions.

Enables AI assistants to control Discord servers with 93 tools for server management, moderation, voice TTS, AI chat via OpenRouter, and World of Warships stats lookup through the Model Context Protocol.

Enables AI agents to query CS2 item market analytics, including historical K-lines, live broad index trends, price snapshots, float/wear parsing, and cloud-rendered 3D inspection images.

An MCP server that lets AI agents drive a running Roblox client, execute Luau, decompile scripts, spy on remotes, and automate UI, with a bundled Vyre dashboard for live monitoring.

Gives an agent eyes and hands to play a game running in a single window: it captures the client area as JPEG frames and sends validated keyboard, mouse, and wait actions, optionally in background mode so the game never takes focus. Actions are restricted to a whitelist with clamping and per-call limits, keeping the agent from reaching the rest of the OS.

MCP server that exposes the osu! API v2 as tools, allowing natural language queries about osu! profiles, beatmaps, rankings, and more.

Provides real-time access to League of Legends esports data including live matches, schedules, leagues, event details, and VODs through a standardized interface.

Enables AI assistants to interact with the Cocos Creator editor through the Model Context Protocol, providing 50 core tools for editor functionality.

Exposes read-only tools for searching players, fetching profiles, live matches, match history, stats, leaderboards, heroes, team-ups, insights, matches, and factions from Marvel Rivals public data. It also returns an MCP-UI player dashboard rendering rank, competitive record, live match rosters, hero win rates, and recent match form, over local stdio or Streamable HTTP.

Enables MCP-compatible AI agents to connect to a Unity/Tuanjie editor's Codely Bridge to inspect project state and perform editor operations such as managing GameObjects and assets, executing C# snippets, reading the console, and taking screenshots.