"Google Tasks" matching MCP servers:

A Multi-Agent Conversation Protocol server for interacting with Google Play Game Services Configuration API, allowing management of game configurations through natural language commands.

An MCP server that enables management of Google Play games via the Google Games Management API, allowing automated interactions for game resets, hiding/unhiding data, and player management through natural language commands.

MCP server to control StarRailAssistant (SRA) on Windows. Enables listing task configurations and running SRA tasks with configurable timeout.

An MCP server that allows Claude and other hosts to interact with a Heroic Labs Nakama instance through both its Client API and Console API, enabling game server operations like authentication, accounts, storage, leaderboards, and admin tasks.

Enables Claude to interact with LifeUp Cloud API on your local network for task management, achievements, and user information. Supports 20 tools including creating, editing, and querying tasks, achievements, and shop items.

MCP server that forges pixel art sprites & game assets using Google Gemini — generate, crop, split & process, all from your AI assistant.

Enables MCP clients like Claude to build and tune Magic: The Gathering decks using live card data — Scryfall search and lookups, decklist parsing and analysis (legality, mana curve, roles, price), Commander Spellbook combo detection, and EDHREC recommendations. Supports Commander-focused tasks such as finding combos, checking card prices, and surfacing new high-synergy cards by theme or budget.

A comprehensive MCP server providing real-time Pokemon Go data including events, raids, research tasks, egg hatches, and Team Rocket lineups.

A community-maintained MCP server for bounded management of RomM through its authenticated API, providing typed read/write tools for library tasks like ROM discovery, metadata updates, and collection management.

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

Enables AI agents to programmatically control Cheat Engine for memory scanning, editing, cheat table management, and reverse engineering tasks.

Enables LLMs to control a Minecraft bot through the Mineflayer API, allowing for tasks like building, mining, and inventory management via natural language. It supports complex interactions including coordinate-based movement, block manipulation, and real-time game chat.

MCP server for managing Bazzite Linux hosts, enabling system administration, desktop control, and gaming tasks through natural language.

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.

A client library that connects AI agents to Minecraft servers, providing full game control with 30 verified skills for common tasks including movement, combat, crafting, and building.

Automates the creation of React Three Fiber game projects with various templates (platformer, puzzle, endless runner, physics-based, arcade) and integrates with Linear for automated project management including sprints, tasks, and acceptance criteria.

Enables Claude to manage game development projects on HacknPlan, including tasks, boards, milestones, and GDD documents through natural language.

Enables AI assistants to interact with the Habitica API to manage tasks, track habits, and engage in gamified productivity features like pet raising and inventory management. It allows users to control their Habitica account through natural language for a personalized and automated productivity experience.

Grants AI assistants read/write access to your ButterStack game dev pipeline, including tasks, builds, asset approvals, and project status through MCP.

Enables LLM agents to play and survive in Minecraft by abstracting low-level tasks like pathfinding, building, and crafting into high-level transactional commands. It utilizes a "Helix" architecture to handle execution and coordinate math autonomously, allowing models to focus on strategy and high-level intent.