"Using mcp-proxy to bridge a remote SSE server to a stdio server" matching MCP servers:

Enables two LLMs to play Tic-Tac-Toe against each other autonomously using a shared tool and an SSE relay. The server facilitates agent-to-agent communication by holding tool responses until the opponent makes a move, managing the game state in real-time.

Lets AI assistants control the physical Return to Dark Tower board game tower via Bluetooth, enabling connection, calibration, sound, lights, drum rotation, seal breaking, and game sequences through natural language.

Enables cloud agents like Notion AI to connect to a local Roblox Studio MCP server via a persistent SSE bridge with authentication.

An MCP-based trivia game server where AI creates rounds with two true statements and one false 'twist' about various topics, letting players guess which statement is false.

Allows AI assistants to connect to and control Minecraft players on remote servers, enabling navigation, building, mining, inventory management, entity interaction, and chat communication through natural language commands.

Enables AI agents to control Hydra Launcher programmatically — search games, manage downloads, configure Proton, organize library, and more via 46 MCP tools.

MCP server to remotely monitor and control a Windows PC running World of Warships via Tailscale, enabling status checks, screenshots, game launch, and calibrated menu workflows with safety limits.

Enables agents to control and observe a Minecraft client through tools for state, entities, commands, chat, recording, waiting, and event replay, bridging any agent runtime to the game.

An MCP server for AI-driven Blender↔Unreal Engine bridge, providing 62 tools for 3D modeling, scene validation, and asset transfer across both engines.

Enables control of a physical Wii U over MCP, including TV/GamePad screenshots, GamePad button and stick input, calibrated touch, homebrew launch and upload, native logs, and console shell access.

MCP server that enables AI agents to interact with a running Roblox game client, including code execution, script inspection, remote spying, and GUI automation.

Enables AI assistants to remotely control a Minecraft player, including navigation, mining, building, and interaction with the world and other players.

Connects Claude directly to Roblox Studio for building UI, editing scripts, running code, playtesting, and viewing the game in real-time.

Drives Unreal Engine 5 from any AI assistant by exposing the open editor as MCP tools over Unreal's built-in Remote Control API, so users can spawn, list, move, and delete actors, search assets, and read or write properties through natural language. No custom plugin or in-engine code is required, and it includes a raw function-call tool plus batch execution for arbitrary BlueprintCallable functions.

Lets MCP clients control a PlayStation 5 over Remote Play by viewing the screen, pressing buttons, typing, waking or powering off the console, and searching PSN libraries and the PlayStation Store.

Enables Claude to query Sleeper's public fantasy football API over Streamable HTTP, covering leagues, rosters, drafts, matchups, player stats, trends, and player search. Roster data keeps IR (reserve) and taxi players distinct and enriched with player names, positions, teams, and statuses.

It enables an AI coding assistant to read and edit a Roblox place, run Luau, drive playtests, take screenshots, and publish assets inside Roblox Studio.

MCP server that lets agents launch, drive, and read game instances over HTTP, with a dynamic toolset discovered from the running game.

Enables AI clients to control background Blender jobs over stdio so they can inspect a 3D character or companion model, calibrate its anatomy and named bones, bake and export animation, and numerically verify the persisted GLB for playback review. Includes a CLI, models and workspaces that stay local unless explicitly shared.

This MCP server allows AI assistants to control the Godot editor and running games, enabling scene creation, script editing, input simulation, and gameplay testing through 174 tools.

Gives MCP-capable agents programmatic control over an Obsidian-based Atlas VTT tabletop setup: browsing token and map libraries, revealing images on the player window, reading and safely changing settings, running allow-listed commands, and querying the live Fantasy Statblocks bestiary. Everything runs locally over the Local REST API's MCP endpoint with bearer-key authentication.

BepInEx mod + Python MCP server for controlling Casualties Unknown via AI assistants

Lets Claude act inside a Foundry VTT world through OAuth-secured MCP over HTTPS, reading and sending chat, rolling dice, looking up actors, scenes, tokens, combat and journals, moving tokens, and driving the Lythara Survey Sheet map module.

Enables any local MCP agent host to observe and operate a real Stardew Valley game through 28 tools covering world snapshots, screenshots, movement, inventory, menus, buying/shipping, containers, crafting, placing, fishing, combat and save loading. Writes run only through normal in-game flows under a single-writer control lease with ledger-based idempotency, epoch invalidation, fail-safe release on disconnect, and human takeover via web console or hotkey.

Enables AI agents to read and control Command: Modern Operations scenarios locally via MCP tools, supporting real-time battle assessment, task planning, and scenario editing.

Connects AI agents to game engines at 60 FPS, enabling deterministic physics simulation, AI-to-rig animation synthesis, and safe sandboxed physics state control through the Model Context Protocol.

Enables an AI agent to play RPG Maker MV games by reading structured game state — tiles, events, dialogue, menus and battle windows — and by pressing buttons through tools like walk, go_to, talk_to, select and battle. It works entirely without screenshots or a vision model, and supports long sessions with checkpoints and persistent notes.

Enables AI agents to inspect and modify running Flash SWF files through a patched Ruffle player, including getting/setting display object properties, calling methods, and editing SharedObject data without reloading.

Enables an MCP agent to observe and command Slay the Spire 2 game state via HTTP, and optionally autopilot combat with a local deterministic policy, without LLM in the critical path.

Enables AI agents to inspect and control a running WARUDO scene, including assets, character pose and IK, expressions, blueprints, camera, and captures, through an MCP client.