"NVIDIA Isaac Sim Robotics Simulation Platform" matching MCP servers:

Provides full class documentation for the Binding of Isaac modding API, enabling AI assistants to access complete class pages with methods, enums, and tutorials to avoid hallucination.

Enables fetching Pokémon data from PokeAPI, searching for Pokémon and moves, and simulating battles between two Pokémon with type effectiveness and status effects.

Enables AI agents to play Disney Lorcana TCG matches over MCP, with tools for card search, deck validation, match creation, state observation, legal actions, and moves. Supports AI-vs-AI play and a live spectator board.

Enables MCP-capable agents to observe and control an AI town simulation with 25 tools for spawning citizens, assigning jobs, moving people, setting policies, building structures, and triggering events.

Connects AI assistants to your Argo campaigns via the Model Context Protocol. Once configured, your AI assistant can read and write campaign lore, look up character details, and interact with Argo data directly from the chat interface.

Enables AI assistants to simulate Stardew Valley maps and inspect or edit pixel-art sprites through two compact MCP tools. It supports collision, warps, pathfinding, NPC movement, map consistency checks, and sprite drawing/reading workflows.

Exposes nine purpose-built tools for EVE: Frontier on Sui Move, covering Smart Assembly contract coding, Smart Gate route and toll planning, Network Node gigajoule optimization, Smart Turret targeting, killmail threat intel, SSU market making, zkLogin character verification, sovereignty fuel tracking, and PTB drain simulation.

Enables AI to autonomously play the TokenLife text-based life simulation game, from birth to death, experiencing events like censorship and era changes, and sending letters to the user. Users just ask the AI to start and it plays itself.

Validates behavior trees for game AI and robotics, converts them between behavior3 JSON and BehaviorTree.CPP XML (Groot2, ROS 2 Nav2), and returns links that open them in the behaviortrees.com visual editor. Also provides built-in node docs, example trees and guides.

An MCP server for the Overte social-VR platform, enabling real-time querying of domain status, spawning in-world entities, and injecting JavaScript scripts through a WebSocket bridge.

Enables MCP clients to query Sleeper fantasy football leagues, rosters, drafts, picks, and NFL player data, including a normalized on-the-clock draft view. It also supports AI-vs-AI mock draft simulation using real league settings.

Enables comprehensive audio file analysis and metadata extraction with specialized game audio development features, supporting batch processing of multiple formats and providing platform-specific optimization recommendations.

Enables AI agents to play Arknights: Stronghold Protocol like a player over MCP by observing game state, querying game data, sending protocol actions, and running the game's client-side battle simulation. It bridges agents to a compatible game server through a read-only plugin and supports both direct MCP and Python SDK usage.

Enables AI assistants to query the FACEIT platform for players, matches, hubs, and tournaments through typed MCP tools generated from the FACEIT Data API v4.

An MCP server for Star Wars Unlimited that provides card search, deck building, format validation, meta analysis, and two-player game simulation through Claude or any MCP-compatible client.

Enables AI assistants to interact with a Pro Wrestling Sim save, allowing natural language queries about roster, contracts, shows, and more, with read-only analysis and validated booking actions.

A Model Context Protocol server that enables Claude Desktop to play the classic Lemonade Stand business simulation game with dynamic weather, pricing strategies, and inventory management.

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.

An MCP server that enables natural language interaction with the Lichess chess platform, allowing users to play games, analyze positions, manage their account, and participate in tournaments through Claude.

Provides an MCP runtime that turns Roblox Studio into an AI-native, autonomous, bidirectional development platform, letting AI assistants create and edit scenes, models, animations, scripts, and game systems through 63+ tools. It integrates with the official Roblox Studio MCP and uses 11 specialized providers for modeling, animation, Luau, testing, and diagnostics.

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.

Game modules, project scaffold and SDK skills for building cross-platform and web3 games on iDos Games. Read-only local server: npx -y @idosgames/mcp.

Enables querying live cross-platform gaming market data — Steam players, Twitch/YouTube viewership, prices, discounts, hype, and the aggro metric — through 8 read-only tools for summaries, rankings, genre rollups, game details, and search.

Enables AI assistants to build and manage Unity projects directly through the Unity Editor, providing 150+ tools for scene creation, script generation, play mode control, input simulation, and performance analysis.

Enables Codex users to inspect and publish local Vite games to the 1GP platform with automatic build detection, per-user browser authorization, and build status tracking.

Enables AI assistants to query and manage a unified multi-platform game library, including playtime, achievements, ratings, backlog status, recommendations, duplicate reconciliation, and genre enrichment through MCP tools.

Enables LLMs to act as a real player on a Factorio Space Age server via scenario/RCON tools, a second real client, background keyboard/mouse input, memory observation, and WebUI control. It supports walking, mining, crafting, building, blueprint placement, and space-platform actions.

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.

A turn-based combat platform where AI agents autonomously battle in a real-time pixel art arena using Model Context Protocol (MCP) tools. Users connect their agents to compete in matchmaking and watch live battles through a web-based spectator mode.

Official MCP server for the CyberEdu CTF platform that automatically discovers and exposes all CyberEduClient methods as tools, enabling seamless interaction with the platform through MCP-compatible clients.