Discover Awesome MCP Servers

PapersWithCode Client

Một máy chủ cho phép các trợ lý AI tìm kiếm các bài báo nghiên cứu, đọc nội dung của chúng và truy cập các kho mã liên quan thông qua API PapersWithCode.

Cisco RADKit MCP Server

Enables interaction with Cisco network devices through the RADKit SDK, allowing users to discover device inventory, fetch device attributes, and execute CLI commands via natural language.

Knowledge Graph MCP Server

A TypeScript MCP server for managing persistent knowledge graphs with entities, directional relations, and time-based observations. It enables users to create, search, and track structured information with built-in concurrency control and JSON file storage.

Servidor MCP Universal

A production-grade MCP server that centralizes AI integrations for Appwrite, Supabase, and MySQL databases. It also enables triggering n8n workflows via webhooks and performing generic REST API calls with built-in retry logic.

Grasshopper MCP

Enables AI-powered computational design in Rhino/Grasshopper with ML-based automatic layout optimization, component clustering, performance prediction, and real-time code execution in running Rhino instances.

Fourth Playwright MCP Server

A hybrid Python and Node.js MCP server that integrates Playwright browser automation with specialized tools for navigating and extracting data from the Fourth platform. It enables automated login, module navigation, and structured reporting through a Claude.ai Custom Connector.

Europarcel MCP Server

Enables shipping and logistics operations through the Europarcel API, including order management, address lookup, pricing calculation, and package tracking. Supports both stdio integration with Claude Desktop and HTTP mode for web applications.

Google Webmaster MCP

Enables AI agents to manage Google Tag Manager, Google Search Console, and Google Analytics (GA4) through unified access to tags, search performance data, URL inspection, sitemaps, and analytics reporting.

IDA MCP Server

Một máy chủ Giao thức Ngữ cảnh Mô hình (Model Context Protocol) để tương tác và tự động hóa IDA. Máy chủ này cung cấp các công cụ để đọc cơ sở dữ liệu IDA thông qua các Mô hình Ngôn ngữ Lớn (Large Language Models).

OPanel MCP

A MCP server integrated with the OPanel server management panel, enabling LLM-assisted management of Minecraft servers.

Instantly MCP Server

Cung cấp quyền truy cập vào Instantly API v2 cho các chức năng quản lý chiến dịch email và khách hàng tiềm năng.

Integration App MCP Server

This MCP server implementation allows users to manage and expose actions as tools from their Integration App workspace through the Model Context Protocol.

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Máy chủ MCP có kết nối với ví IC.

Playwright MCP

Enables browser automation and web scraping by exposing Playwright tools through an HTTP-based MCP server. Users can navigate pages, interact with web elements, capture screenshots, and extract structured content using a persistent Chromium instance.

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Okay, I understand. Since I can't directly *generate* animation (I'm a text-based AI), I will provide you with a prompt that you can use with an AI image/video generation tool (like DALL-E 2, Midjourney, Stable Diffusion, or RunwayML) to try and achieve a 3Blue1Brown-style animation. Keep in mind that achieving the exact style is difficult and may require iteration and fine-tuning of the prompt and potentially some post-processing. Here's a detailed prompt you can adapt: **Prompt:** ``` Mathematical animation, 3D, style of 3Blue1Brown, smooth transitions, vibrant colors, clean lines, focus on conceptual understanding, animated number line transforming into a graph, showing the relationship between input and output, function f(x) = x^2 being visualized, parabola forming dynamically, axis labels clearly visible, grid lines subtle, background dark gray, no text labels except for axis labels (x and y), camera angle slowly rotating to emphasize the 3D nature of the graph, smooth animation, high resolution, educational, elegant, mathematically accurate, focus on visual clarity, no distracting elements, emphasis on the transformation from number line to graph, color gradient representing the output values, light source highlighting the curve of the parabola, depth of field effect to focus attention on the key elements, no watermarks, no logos. ``` **Explanation of the Prompt Elements:** * **Mathematical animation:** Specifies the subject matter. * **3D:** Indicates a three-dimensional representation. * **style of 3Blue1Brown:** This is the key element, aiming to mimic the visual style of Grant Sanderson's animations. * **smooth transitions:** Important for a fluid and understandable animation. * **vibrant colors:** 3B1B uses a specific color palette, so you might need to experiment with color names or hex codes if the AI allows. Consider using colors like teal, purple, yellow, and orange. * **clean lines:** Essential for the clarity of the visuals. * **focus on conceptual understanding:** This is a more abstract instruction, but it encourages the AI to prioritize clarity and explanation. * **animated number line transforming into a graph:** Describes the specific animation content. You can change this to other mathematical concepts. * **showing the relationship between input and output:** Reinforces the educational goal. * **function f(x) = x^2 being visualized:** Specifies the mathematical function to be animated. Change this to other functions as needed. * **parabola forming dynamically:** Describes the visual result of the function. * **axis labels clearly visible:** Ensures the graph is understandable. * **grid lines subtle:** Prevents the grid from being distracting. * **background dark gray:** Specifies the background color, a common choice in 3B1B videos. * **no text labels except for axis labels (x and y):** Avoids unnecessary text clutter. * **camera angle slowly rotating to emphasize the 3D nature of the graph:** Adds visual interest and helps understanding. * **smooth animation:** Reinforces the need for fluid movement. * **high resolution:** Ensures a clear and detailed image. * **educational, elegant, mathematically accurate:** Further guides the AI towards the desired outcome. * **focus on visual clarity:** Emphasizes the importance of clear communication. * **no distracting elements:** Prevents unnecessary visual noise. * **emphasis on the transformation from number line to graph:** Highlights the key animation element. * **color gradient representing the output values:** Adds visual encoding of information. * **light source highlighting the curve of the parabola:** Adds depth and visual appeal. * **depth of field effect to focus attention on the key elements:** Directs the viewer's attention. * **no watermarks, no logos:** Ensures a clean and professional result. **Important Considerations:** * **AI Limitations:** AI image/video generators are still under development. They may not perfectly replicate the 3Blue1Brown style. Expect to experiment and refine the prompt. * **Iteration:** Run the prompt multiple times, making small adjustments each time, to see what works best. * **Specific Tools:** Different AI tools have different strengths and weaknesses. Some may be better at animation than others. Research and choose the tool that best suits your needs. * **Post-Processing:** You may need to use video editing software to further refine the animation (e.g., adjust colors, add text, smooth transitions). * **Experiment with other mathematical concepts:** Try visualizing other functions, geometric transformations, or calculus concepts. **Example Variations:** * **For visualizing derivatives:** "Mathematical animation, 3D, style of 3Blue1Brown, smooth transitions, vibrant colors, clean lines, visualizing the derivative of a function, tangent line moving along a curve, showing the instantaneous rate of change, function f(x) = sin(x) being visualized, derivative curve forming dynamically, axis labels clearly visible, grid lines subtle, background dark gray..." * **For visualizing linear algebra:** "Mathematical animation, 3D, style of 3Blue1Brown, smooth transitions, vibrant colors, clean lines, visualizing a linear transformation, a grid being sheared and rotated, showing the effect of a matrix on vectors, basis vectors highlighted, determinant visualized as area scaling, axis labels clearly visible, grid lines subtle, background dark gray..." Good luck! Let me know if you have any other questions. Remember to share your results!

XFOIL MCP Server

Enables aerodynamic analysis through XFOIL polar computations. Provides typed models and tools to run airfoil performance analyses from agents or automation workflows.

AbletonMCP

A server that connects Ableton Live to Claude AI through the Model Context Protocol, enabling AI-assisted music production and direct control of Ableton Live features.

RegGuard MCP Server

An AI-powered compliance assistant that analyzes financial marketing content for regulatory violations across multiple jurisdictions including Singapore, Hong Kong, UAE, and India. It enables real-time compliance checking, automatic disclaimer insertion, and audit trail generation within MCP-compatible environments like Claude and Cursor.

Senzing MCP Server

Enables entity resolution capabilities through the Senzing SDK, allowing AI assistants to search entities, manage records, analyze relationships between entities, and perform bulk data imports with multithreading.

E*TRADE MCP Server

Enables comprehensive E\*TRADE integration with OAuth authentication, account management, risk calculations, watch lists, and trading operations. Includes built-in risk management guardrails, portfolio tracking, market data access, and trading validation for safe automated trading operations.

REE MCP Server

Enables natural language conversations with Spain's electrical grid data through Claude, providing real-time access to electricity demand, generation, prices, and emissions data from Red Eléctrica de España (REE).

TestRail MCP Server

Enables management of TestRail projects, test cases, runs, and results directly through MCP-supported clients. It provides a comprehensive set of tools to interact with the TestRail API for seamless test cycle management within AI environments.

Port MCP Server

An MCP server that enables Claude to interact with Port.io's AI agent, allowing users to trigger the agent with prompts and receive structured responses including status, output, and action items.

MCP SSH Server

Connects Claude to remote servers via SSH to execute commands, manage files, and browse directories. It allows users to add, edit, and switch between multiple server configurations through natural language conversations.

Open MCP Server

A modular productivity automation server providing reusable prompt templates, composable skills, and multi-step workflows for tasks like daily planning, code review, document summarization, and project management.

MCP-Kanka

Enables AI assistants to interact with Kanka campaigns through CRUD operations on entities like characters, locations, organizations, and quests, with support for markdown content, batch operations, and efficient synchronization.

LinkedIn Intelligence MCP Server

Connects Claude Desktop to LinkedIn's data layer for AI-powered networking, enabling profile research, content creation and scheduling, engagement automation, analytics tracking, and messaging through natural language.

Project Memory

An intelligent personal CRM that processes WhatsApp conversations to build a searchable knowledge base about contacts using diarization, transcription, and PII sanitization. It exposes MCP tools for semantic search, contact summaries, and reminder management within Claude Desktop.