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MCP Server Starter

MCP Server

Quickly spin up an MCP server for local and remote tools

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Updated Sep 15, 2025

About

MCP Server Starter provides a minimal, TypeScript‑based framework to launch an MCP server that supports stdio and streamable HTTP transports, with built‑in Cursor AI integration for local tool execution.

Capabilities

Resources
Access data sources
Tools
Execute functions
Prompts
Pre-built templates
Sampling
AI model interactions

mcp starter

The MCP Server Starter is a lightweight, opinionated foundation for building Model Context Protocol (MCP) servers that can run locally or be deployed remotely. It tackles the common pain point of wiring up an AI assistant to external tools and data sources by providing a ready‑made, protocol‑agnostic scaffold that supports the core MCP transports: , HTTP streaming, and (deprecated) SSE. This eliminates boilerplate and lets developers focus on the logic of their tools rather than the intricacies of inter‑process communication.

At its core, the starter exposes a simple command‑line interface that launches a Node.js process capable of handling MCP requests. It ships with example configuration files for popular AI clients, such as Cursor, and includes a TypeScript template that encourages type safety from the outset. By packaging the server logic in an npm module, developers can publish reusable tool libraries that other teams or open‑source projects can consume directly through the MCP ecosystem. The ability to toggle between local and remote HTTP transports means that the same codebase can serve both quick prototyping and production deployments without modification.

Key capabilities include:

  • Transport flexibility – choose between local IPC () for rapid iteration or HTTP streaming for scalable, cloud‑hosted services.
  • Built‑in CLI tooling – inspect and debug server behavior with a dedicated inspector command that visualizes request/response flows.
  • Cursor integration – an out‑of‑the‑box configuration demonstrates how to register the starter as a tool source in Cursor, streamlining onboarding for teams already using that platform.
  • TypeScript foundation – developers can write tool logic with compile‑time safety, reducing runtime errors in production environments.

Typical use cases span from simple command‑line utilities (e.g., a local file system search tool) to complex data pipelines that fetch from APIs, transform datasets, and expose the results as MCP resources. Teams building custom AI assistants can quickly spin up a server that exposes domain‑specific tools, then register it with their assistant’s MCP client. The starter’s modular design encourages incremental enhancement: adding new endpoints, extending prompt templates, or publishing the server as a reusable npm package.

In summary, MCP Server Starter removes friction from creating robust, interoperable AI tool servers. By unifying transport support, providing ready‑made client integration, and encouraging best practices through TypeScript, it empowers developers to deliver powerful, context‑aware AI experiences with minimal overhead.