"Managing game servers using Pelican panel" matching MCP servers:

Enables AI assistants to perceive game screens, read text, locate icons, send safe keyboard and mouse inputs, and verify action outcomes in offline games.

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.

A Unity Editor MCP server that gives Claude Code full control over Unity projects through 268 tools, 7 resources, and specialized AI agents. It enables AI-assisted game development by allowing Claude to see, create, modify, and inspect everything in Unity including scenes, GameObjects, scripts, and builds.

Enables Claude or ChatGPT to relay in-game chat, run admin commands and presets, inspect status and logs, and manage saves and restarts for a Factorio server with safety gates.

Enables playing AI-generated text-based maze adventure games with synthwave themes. Create custom game worlds from any theme or URL, explore locations, collect items, and compete on leaderboards through natural language commands.

MCP server for Pterodactyl and Pelican game server panels. 73 tools for server management, power control, file operations, backups, schedules, databases, users, nodes, and eggs.

Enables HR teams to automate routine workflows, such as employee onboarding, through natural language prompts in Claude Desktop.

A TypeScript MCP server that lets AI assistants interact with the Godot 4.x game engine: not just editing files, but playing the game.

Enables AI assistants to interact with Codecks project management for querying cards, creating tasks, and managing game development workflows. It supports comprehensive operations for cards, decks, spaces, and projects through natural language commands.

Enables efficient JSON file editing with targeted read, write, delete, and deep merge operations using dot notation paths, optimized for managing multilingual projects and large configuration files.

Enables hosts and couples to plan event music using Vibo by browsing events, managing song requests, and exporting selections to Spotify/Apple Music via natural language.

Enables AI agents to fully control the Forge Engine (Godot fork) by manipulating scene trees, modifying node properties, and managing game scripts. It allows agents to perform development tasks such as running projects, capturing screenshots, and executing GDScript through a WebSocket connection.

Enables programmatic control of the mGBA emulator for Game Boy, Game Boy Color, and Game Boy Advance games, including screenshot capture, memory reading, sprite data dumping, and custom Lua script execution for automated testing and game analysis.

Enables Claude to interact with Webflow's APIs for managing sites, retrieving information, and executing tasks using natural language.

Enables interaction with Qinglong Panel (青龙面板) to query, execute, and monitor scheduled tasks and subscriptions, including viewing task lists, running tasks synchronously or asynchronously, retrieving execution logs and status.

Enables AI assistants to interact with the Godot game engine by launching the editor, running projects, capturing debug output, managing scenes and nodes, and controlling project execution through a standardized interface.

Enables MCP client agents to play the classic Minesweeper game by connecting to a separate Minesweeper game server. Provides tools for starting games, revealing cells, and placing flags through natural language interactions.

Enables LLM clients to inspect live game state and perform deterministic shop, inventory, backpack layout, and combat actions in a running game through a local bridge.

Enables AI assistants to interact with the Godot game engine by launching the editor, running projects, capturing debug output, managing scenes and nodes, and controlling project execution through a standardized interface.

Enables AI agents to directly manipulate RPG Maker MZ projects through natural language commands, allowing creation and modification of game assets like items, weapons, enemies, maps, and plugins without manually editing game files.

MCP server for managing employee leave requests, balances, and types with natural language, using a dummy in-memory database.

Connects LLMs to Phaser Editor v5 to facilitate the management of game scenes, assets, and tilemaps. It enables developers to create, modify, and inspect game content within the editor's environment through natural language interactions.

Enables complete RPG Maker MZ game development through MCP tools, including autonomous game creation from concepts, AI-generated assets using Gemini 2.5 Flash, and programmatic control over maps, events, characters, and databases. Supports full game creation workflow from a single command with automatic story, asset, and implementation generation.

Enables managing invoice workflows using Temporal, allowing submission, approval, rejection, and status checking of invoices through MCP tools.

Enables AI assistants to control Arknights through the MAA CLI using natural language, covering game launch and shutdown, stage farming, copilot, roguelike, reclamation, and configuration management.

Generates 'Kotonoha Sisters Explainer' style scenarios for the exia novel game engine and displays them in a separate window.

MCP server for managing social media posts across multiple platforms using the Postiz API. Supports creating, updating, deleting posts, and generating videos.

Enables MCP clients to perform validated, authenticated project, timeline, media, marker, and export-queue operations in Adobe's video editor through a local UXP panel. It supports safe previews and explicit approval for destructive actions.

Enables AI assistants to automate Microsoft Excel tasks such as reading/writing cells, formatting, creating charts, and managing sheets through natural language using the Model Context Protocol.

Enables AI models to interact with Fastmail accounts via the JMAP API through the Model Context Protocol. It supports managing emails, accessing usage analytics, and performing account operations using secure token-based authentication.