# AI Assistant

This is an MCP server project based on Node.js. It integrates AI assistants with the Bouyomi-chan voice synthesis software through the Model Context Protocol to provide text-to-speech functionality.

Mail MCP is an email tool based on the MCP protocol that allows AI models to access email services through standardized interfaces, supporting functions such as sending, receiving, and managing emails and attachments.

The Notion MCP Server is a server implementation based on the Model Context Protocol (MCP) that allows AI assistants to interact with the Notion API through natural language, providing a complete set of tools and endpoints to read, create, and modify Notion content.

A tool for interacting with an AI assistant via MCP to manage the Alexa shopping list. Requires manual login to obtain cookies and regular cookie refresh.

A Gmail - integrated MCP server based on the IMAP protocol, providing email reading, searching, sending, and management functions, and supporting multi - account and AI assistant integration.

Hive Blockchain AI Interaction Server

Odoo MCP Improved is an enhanced model context protocol server that provides a comprehensive AI integration solution for the Odoo ERP system, including advanced tools in business areas such as sales, procurement, inventory, and accounting.

A simple Jira MCP server that allows AI assistants to interact with Jira through APIs to perform functions such as querying tasks and updating status.

The LinkedIn MCP Server is a local service based on the Model Context Protocol that enables interaction with LinkedIn through AI assistants like Claude, supporting functions such as profile scraping, company information analysis, and job search.

Unity-MCP is an open-source bridge that connects Unity with AI assistants, enabling AI-assisted game development, automated testing, and scenario analysis through the MCP protocol.

An MCP server based on FastAPI for obtaining Wikipedia summaries, supporting AI assistant interaction, and can be quickly deployed via Google Colab and Ngrok.

SolidPilot is an open-source SolidWorks AI assistant that uses a modular architecture to interact with local language models (such as Claude) through the MCP protocol, including technical components like the Python layer, C# adapter layer, and COM bridge.

MCP Uber Server is a model protocol server for booking Uber trips via an AI assistant, providing functions such as OAuth authentication, price estimation, ride - hailing, status query, and ride cancellation.

The WhatsApp MCP Server is a tool that connects personal accounts via the WhatsApp Web Multi-Device API. It supports message search, sending, and multimedia processing, and integrates with LLMs such as Claude.

Voice Mode is a tool that provides natural voice conversation capabilities for AI assistants and supports human - machine voice interaction with LLMs such as Claude and ChatGPT through the MCP protocol.

The Toggl MCP Server is a protocol server that allows AI assistants to manage Toggl time tracking data through natural language.

Zotero MCP is a tool that connects the Zotero research library with AI assistants such as Claude. It realizes functions such as paper search, summary generation, citation analysis, and PDF annotation extraction through the Model Context Protocol.

A GitLab API interaction server based on the Model Context Protocol that allows AI assistants to perform GitLab operations, such as searching for repositories, managing issues, and creating branches, via natural language commands.

A GitHub Model Context Protocol (MCP) server implemented in Go, providing a standard interface for LLMs to interact with GitHub repositories, issues, pull requests, etc., supporting rich GitHub API access and security control.

A professional embedded debugging MCP server that provides comprehensive embedded system debugging capabilities for AI assistants, supports ARM Cortex-M and RISC-V microcontrollers, and integrates with real hardware.

GoPluto MCP is a tool that provides real-time service knowledge, routing rules, and code snippets for AI programming assistants, helping developers quickly obtain the latest verified service provider information and code examples.

The Codex MCP Tool is an open-source MCP server that connects the IDE or AI assistant to the Codex CLI, supporting non-interactive automation, secure sandbox editing, and large-scale code analysis. It provides progress streaming updates and a structured change mode.

An AI-native execution system based on Claude and the MCP protocol, which manages tasks, projects, and goals through natural language interaction, eliminating the context-switching friction caused by traditional productivity tools

An MCP server based on the FreshRSS API that allows interaction with RSS readers through LLMs.

An IMAP/SMTP email server based on the model context protocol, supporting email search, reading, sending, and management operations by AI assistants (such as Claude and Cursor) through natural language instructions.

This is a server based on the Model Context Protocol that provides tools for interacting with the Open Notebook API, supporting functions such as managing notebooks, content sources, notes, searches, and AI conversations.

The MCP server is used to access Aruba email and calendar services through IMAP/SMTP/CalDAV protocols and can integrate AI assistants such as Claude for email and calendar management

PMAT is a zero-configuration AI code context generation tool that provides functions such as code quality analysis, technical debt grading, mutation testing, repository health scoring, and semantic search. It supports over 17 programming languages and can be integrated with AI assistants such as Claude Code through the MCP protocol.

FAR Oracle is an MCP server that provides AI agents with instant semantic search capabilities for U.S. Federal Acquisition Regulations, supporting government contract compliance, research, and proposal writing.

The MCP server for Dev Proxy enables AI assistants to interact with Dev Proxy through the MCP protocol, supporting configuration creation, getting help, and feature discovery.