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Gemini Bridge

MCP Server

Zero‑cost Gemini AI integration for MCP clients

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Updated 12 days ago

About

Gemini Bridge is a lightweight, stateless MCP server that lets AI coding assistants talk to Google’s Gemini via the official CLI. It supports multiple MCP clients, offers simple query and file‑analysis tools, and requires only the Gemini CLI and mcp.

Capabilities

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

Gemini Bridge – MCP Server Overview

Gemini Bridge is a lightweight Model Context Protocol (MCP) server that gives AI coding assistants direct, cost‑free access to Google’s Gemini language model via the official CLI. By bridging the MCP world with Gemini, it eliminates the need for separate API keys or billing, allowing developers to tap into a powerful multimodal model while keeping the integration simple and reliable.

At its core, Gemini Bridge exposes two stateless tools: a basic query endpoint for on‑the‑fly questions and a file analysis tool that reads local files and returns Gemini’s interpretation. Because the server never stores session data or caches results, each invocation is fresh and independent—ideal for security‑sensitive workflows where persistence could be problematic. The design also ensures that the server can run in any environment that supports Python 3.10+, with only and the Gemini CLI as dependencies, making it trivial to add to existing toolchains.

Developers benefit from seamless integration across a wide array of MCP‑compatible clients. Whether you’re using Claude Code, Cursor, VS Code, or any other MCP‑enabled assistant, a single server configuration serves all of them. The server’s statelessness and robust error handling (configurable 60‑second timeouts) make it production‑ready, while the minimal footprint keeps resource usage low. The ability to run via or a standard pip install gives teams flexibility in how they deploy the bridge, from local development to containerized production environments.

Typical use cases include in‑IDE code generation, where a developer asks the assistant to refactor a function or explain complex logic, and the request is forwarded directly to Gemini for natural‑language reasoning. Another scenario is file‑level analysis, such as generating documentation or detecting security vulnerabilities in a codebase, leveraging Gemini’s multimodal understanding without leaving the editor. Because the bridge operates over standard MCP tooling, it can be incorporated into CI/CD pipelines or custom automation scripts that require AI‑powered insights on the fly.

What sets Gemini Bridge apart is its zero‑cost, API‑free access to a state‑of‑the‑art model combined with an ultra‑simple, stateless architecture that fits cleanly into any MCP workflow. It removes the friction of managing API tokens, quotas, or network latency associated with cloud endpoints, while still delivering Gemini’s full generative capabilities. For developers who need reliable, on‑premises AI assistance that scales with their existing tooling, Gemini Bridge offers a compelling, plug‑and‑play solution.