MCPSERV.CLUB
abdelhak-devops

Mcp On Fire

MCP Server

Ignite your MCP experiments with a ready‑to‑run server

Stale(50)
0stars
0views
Updated Apr 9, 2025

About

Mcp On Fire is an example implementation of a Model Context Protocol (MCP) server, designed to run quickly and showcase basic MCP features for developers and testers.

Capabilities

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

Overview

The Mcp On Fire server is a lightweight, self‑contained MCP (Model Context Protocol) implementation designed to bridge AI assistants with external data sources and tools. It addresses a common pain point for developers: the difficulty of exposing structured, reusable functionality to language models while maintaining strict control over data access and operation semantics. By providing a well‑defined MCP interface, the server allows AI assistants—such as Claude—to query real‑time information, invoke custom actions, and retrieve curated prompts without leaving the conversational context.

At its core, the server exposes four principal capabilities. First, it hosts resources, which are static or dynamic data endpoints that the assistant can read from. Second, it offers tools, a set of executable functions that the model may call to perform tasks like sending emails, updating databases, or invoking third‑party APIs. Third, the server supplies prompts, pre‑written templates that can be injected into a conversation to shape responses or enforce domain‑specific language. Finally, it supports sampling controls that influence how the model generates text, enabling fine‑tuned temperature settings or token limits to be applied on a per‑request basis. Together, these capabilities give developers granular control over what the assistant can see and do.

Developers find this server particularly valuable when building end‑to‑end AI workflows that require both data retrieval and action execution. For example, a customer support chatbot could query an internal knowledge base (resource), trigger a ticket creation API (tool), and format the reply using a predefined escalation prompt. In another scenario, an analytics dashboard assistant could pull live metrics (resource), run a custom aggregation script (tool), and present the results with a templated report prompt. The sampling feature allows teams to enforce consistent verbosity or precision across different use cases, ensuring that the assistant’s output aligns with business policies.

Mcp On Fire stands out for its simplicity and modularity. It is intentionally minimalistic, avoiding unnecessary dependencies while still offering a full MCP feature set. The server’s configuration is declarative, letting developers define resources, tools, and prompts in straightforward data structures. This design makes it easy to extend or replace components without disrupting the overall contract with the AI client. Additionally, the server includes robust logging and error handling that surface useful diagnostics to developers when a tool invocation fails or a resource is unavailable.

In summary, Mcp On Fire provides a clean, standards‑compliant gateway for AI assistants to interact with external systems. Its rich set of MCP capabilities—resources, tools, prompts, and sampling—enable developers to construct sophisticated, secure, and maintainable AI‑powered applications with minimal friction.