This article walks you through creating an MCP server using Semaphore's API. It covers setting up the project, coding the server, and integrating it with tools like OpenAI's Codex for conversational CI/CD interactions.

A Model Context Protocol (MCP) server has been developed to comply with the MCP 2025-03-26 specification, featuring tools, resources, prompts, and enhanced sampling capabilities. It integrates HackerNews and GitHub APIs for AI-powered analysis and demonstrates robust test coverage, although some concurrency limitations exist in certain functionalities. The server is production-ready with a rich CLI for testing and interaction.

The Model Context Protocol (MCP) Registry has been launched as an open catalog and API to enhance the discoverability of publicly available MCP servers. It allows server maintainers to add their servers and provides a primary source of truth for both public and private sub-registries, while also enabling community moderation to ensure quality. The MCP Registry aims to facilitate better connections between clients and servers within the MCP ecosystem.

MCP (Model Context Protocol) is presented as a more efficient alternative to traditional APIs by enforcing a standardized protocol that enhances the interaction between AI agents and tools. Unlike HTTP APIs, which can be complex and prone to errors, MCP offers deterministic execution, runtime discovery, and local-first design, making it better suited for AI-specific applications. The article contrasts the two approaches, highlighting MCP's advantages in training and execution for AI tasks.

Klavis provides tools for integrating multiple MCP servers such as Gmail and Slack using both Python and TypeScript SDKs. Users can run a cloud-hosted version or install the open-source Strata locally to create server instances and manage user data seamlessly. The article includes code snippets for setting up and interacting with the Klavis API.

The ElevenLabs Model Context Protocol (MCP) server facilitates interaction with advanced Text to Speech and audio processing APIs, allowing clients to generate speech, clone voices, and transcribe audio. Users can obtain an API key, install the server, and configure it to work with clients like Claude Desktop and Cursor, enabling various audio-related tasks and file handling options. Additionally, the article outlines installation steps, usage examples, and configuration settings for optimal performance.

A lightweight implementation of the Model Context Protocol (MCP) server in pure Bash offers a zero-overhead alternative to heavier runtimes like Node.js and Python. It features full JSON-RPC 2.0 support, dynamic tool discovery, and external configuration via JSON files, making it easy to extend with custom tools. The article provides guidelines for implementing tool functions and includes examples for creating a weather server.

asyncmcp is an implementation of the MCP protocol that enhances asynchronous communication between clients and servers by utilizing various transport layers like AWS SQS, webhooks, and hybrid methods. It allows for non-blocking requests by directing them to internal queues, facilitating efficient processing without the need for immediate responses. The project offers comprehensive documentation, installation guides, and examples for developers looking to integrate async capabilities into their applications.

Model Context Protocol (MCP) is a standardized protocol that facilitates interaction between large language models and Cloudflare services, allowing users to manage configurations and perform tasks using natural language. The repository provides multiple MCP servers for various functionalities, including application development, observability, and AI integration. Users can connect their MCP clients to these servers while adhering to specific API permissions for optimal use.