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A cozy, competitive, real-time idle MMO. Play at idle.am or connect your AI assistant through the official MCP connector.

Semahash implements content-addressed semantic handshakes using a library of 453 cognitive patterns. The server enables AI agents to perform semantic verification and pattern-matching operations, providing a deterministic semantic layer for agent communication and reasoning.

This MCP server implementation provides a simple tool for retrieving public IP address information. Developed by Mykola Pavlov, it integrates with the ifconfig.me service to fetch IP data. The server exposes a single 'get_ip_info' tool, making it straightforward for AI assistants to access and understand a user's public IP address. It's particularly useful for network diagnostics, geolocation services, or any application where knowing the client's public IP is necessary. The implementation focuses on simplicity and ease of use, leveraging the httpx library for efficient HTTP requests and the MCP CLI for seamless integration with other MCP-compatible systems.

FairMind Project Context MCP server: registry manifest and connection guide

An MCP server that exposes a dbt project's run state as tools, enabling AI assistants to answer questions like 'is the warehouse healthy?' or 'what broke and why?' via plain English, using read-only access to dbt artifacts and warehouse data.

Agentic workflow budget approvals with usage receipts.

Turns any OpenAPI specification into a fully working MCP server with a single command, enabling AI agents to call APIs without writing any glue code.

Enables real-time communication between AI agents.

Analyze the Claude Code source to map hidden features, safety checks, and architecture details from the leaked TypeScript code

Elisp (Emacs Lisp) development support tools, running in Emacs

Agent-Level Transaction Safety Oracle. Before an AI agent signs a blockchain transaction, it returns a SAFE/UNSAFE verdict with a SENTINEL Score (AAA-D) and risk flags. Pay-per-call $0.005 USDC via x402 on Base.

Croqui.dev — a collaborative design canvas where AI agents write real React screens over MCP.

Integrates LSTM-based stock price predictions into Claude Desktop. Provides 10-day price forecasts with confidence scores, market regime detection (bull/bear/sideways), portfolio optimization using reinforcement learning, and AI-powered stock discovery. Requires InvestBuddy API key for access to prediction models.

This cross-platform clipboard MCP server by yumafuu provides AI assistants with direct access to system clipboard operations through native OS commands. Built with TypeScript and Deno, it uses platform-specific utilities (pbcopy/pbpaste on macOS, PowerShell Get-Clipboard/clip on Windows, and xclip/xsel on Linux) to enable reading and writing clipboard content programmatically. The implementation includes comprehensive OS detection, command availability checking, and graceful fallbacks between different Linux clipboard utilities, making it useful for AI workflows that need to interact with copied text, automate data transfer between applications, or integrate clipboard operations into larger automation tasks.

A paid remote MCP for developer endpoint scanner MCP, built to return verdicts, receipts, usage logs

Universal multi-agent workflow orchestration using Claude Code Agent Teams.

Automate Basecamp project management, to-dos.

Multimodal document layout AST parser & table extractor (Docling style)

This MCP server enables AI interactions with a running Minecraft server using itzg's docker-minecraft-server container. Developed to expose server administration capabilities to AI clients like Claude Desktop, Cursor, and Zed, it leverages the container's built-in RCON functionality to execute Minecraft commands. The implementation focuses on providing a standardized interface for common Minecraft operations, including player management, world manipulation, and server statistics retrieval. It's particularly useful for server administrators and modders who want to integrate AI-assisted management into their Minecraft environments, enabling use cases such as automated building, dynamic world events, and AI-enhanced player interactions without direct server access.