Reference / test server with prompts, resources, and tools.
Web content fetching and conversion for efficient LLM usage.
Secure file operations with configurable access controls.
Tools to read, search, and manipulate Git repositories.
Knowledge graph-based persistent memory system.
Dynamic and reflective problem-solving through thought sequences.
Time and timezone conversion capabilities.
RAG for your knowledge base connected to [Agentset](https://agentset.ai).
Use AI agents to provision, configure, and query your [Algolia](https://algolia.com) search indices.
Use the [CB Insights](https://www.cbinsights.com) MCP Server to connect to [ChatCBI](https://www.cbinsights.com/chatcbi/)
FalkorDB graph database server get schema and read/write-cypher [FalkorDB](https://www.falkordb.com)
Tool platform by IBM to build, test and deploy tools for any data source
Map clinical terminology to OMOP concepts using LLMs for healthcare data standardization.
An MCP server that brings enterprise-grade OCR and document parsing capabilities to AI applications.
Interact with the Pagos API. Query Credit Card BIN Data with more to come.
Test, evaluate, and optimize AI agents and RAG apps
Interact with PostHog analytics, feature flags, error tracking and more with the official PostHog MCP server.
Manage your Postman resources using the [Postman API](https://www.postman.com/postman/postman-public-workspace/collection/i2uqzpp/postman-api).
Launch your conversational [Quickchat AI](https://quickchat.ai) agent as an MCP to give AI apps real-time access to its Knowledge Base and conversational capabilities
Interact with your crash reporting and real using monitoring data on your Raygun account
MCP server to interact with [Routine](https://routine.co/): calendars, tasks, notes, etc.
[Vectorize](https://vectorize.io) MCP server for advanced retrieval, Private Deep Research, Anything-to-Markdown file extraction and text chunking.
Interact with your MLOps and LLMOps pipelines through your [ZenML](https://www.zenml.io) MCP server
MCP of MCPs. Automatically discover, configure, and add MCP servers on your local machine.
MCP server implementation that provides 1Panel interaction.
An MCP server that bridges the Model Context Protocol (MCP) with the Agent-to-Agent (A2A) protocol, enabling MCP-compatible AI assistants (like Claude) to seamlessly interact with A2A agents.
an MCP server to control Ableton Live.
Actor-critic thinking for performance evaluation
A comprehensive MCP server that enables LLMs to explore and interact with the Fediverse through ActivityPub protocol, supporting actor discovery, timeline fetching, instance exploration, and WebFinger resolution across decentralized social networks.
AI-powered Architectural Decision Records (ADR) analysis server that provides architectural insights, technology stack detection, security checks, and TDD workflow enhancement for software development projects.
A Model Context Protocol (MCP) server is a standardized interface that enables AI models to access external data and tools. MCP servers provide a consistent way for large language models (LLMs) to interact with databases, APIs, and other services, enhancing their capabilities beyond their training data.
When selecting an MCP server, consider your specific use case, required features (like database access, API integration, or tool execution), performance needs, and compatibility with your existing AI infrastructure. Our directory provides detailed information on each server's capabilities, allowing you to filter and compare options based on your requirements.
While both MCP and APIs facilitate data exchange between systems, they serve fundamentally different purposes. Traditional APIs are designed for human developers to integrate services using predefined endpoints and documentation. In contrast, MCP is specifically engineered for AI models to dynamically discover, understand, and utilize external tools and data sources without human intervention. Key differences include: MCP provides semantic descriptions of capabilities that AI models can interpret, offers a standardized pattern for AI-to-tool communication across different services, includes built-in context management to maintain state across interactions, and can dynamically expose only relevant tools based on context, permissions, and user needs.
We welcome contributions from the community! If you've developed an MCP server, you can submit it for inclusion in our directory by providing details about its features, capabilities, and implementation. Contact us through the submission form or GitHub repository to start the process of adding your server to our comprehensive listing.
The Model Context Protocol offers numerous advantages, including standardized access to external data sources, improved AI capabilities through tool use, consistent interfaces across different models, enhanced security through controlled access patterns, and greater flexibility in AI application development. MCP enables AI models to perform more complex tasks by providing them with the ability to interact with the outside world in a structured manner.