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Context7 MCP Server

MCP Server

Real‑time, version‑specific docs for LLM prompts

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Updated 14 days ago

About

Integrates Context7 into Zed’s Assistant, delivering up‑to‑date, library‑specific documentation and code examples directly into prompts. Ideal for developers needing accurate, current API references without hallucinations.

Capabilities

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

Context7 MCP Server in Action

Overview

The Context7 MCP Server for Zed transforms the way developers interact with AI assistants by bridging the gap between language models and real‑time, version‑specific library documentation. Traditional LLMs often generate code that is stale or contains hallucinated APIs because they rely on static training data. Context7 solves this problem by querying its own database of up‑to‑date documentation directly from the source repositories, ensuring that every prompt receives accurate, current information. This is especially valuable for projects that depend on rapidly evolving frameworks such as Next.js, React Query, or NextAuth.

When a developer asks a question in Zed Assistant and appends the phrase , the MCP server automatically invokes its tools to resolve the library name, fetch the latest docs for that specific version, and inject them into the prompt context. The assistant can then produce code snippets that are guaranteed to match the actual API surface, eliminating the need for manual research or tab‑hopping between documentation sites. This workflow reduces debugging time, lowers the risk of runtime errors caused by outdated examples, and accelerates onboarding for new team members.

Key features include two primary tools: , which translates informal library names into the internal identifiers understood by Context7, and , which retrieves a focused set of documentation pages or code examples. Developers can narrow the scope to specific topics—such as “routing” or “hooks”—and control the token budget for the returned content. The server also exposes a simple configuration interface within Zed’s assistant settings, making it straightforward to enable or disable the context provider on a per‑assistant basis.

Real‑world scenarios that benefit from this MCP server span across full‑stack JavaScript development, microservice architecture design, and even educational settings where learners need up‑to‑date references. For instance, a backend engineer can ask how to invalidate a query in React Query and instantly receive the latest API usage patterns, while a frontend developer can quickly discover how to protect routes with NextAuth without leaving the IDE. In continuous integration pipelines, the server can be leveraged to validate code against the most recent library contracts before deployment.

Integration with AI workflows is seamless: the server registers its tools as part of the MCP ecosystem, allowing any LLM that understands MCP to request documentation on demand. Because the data is fetched live, the assistant remains synchronized with upstream changes—such as a new Next.js release—without requiring manual cache refreshes. This live‑linking capability is a standout advantage, positioning the Context7 MCP Server as an indispensable component for teams that prioritize precision, efficiency, and developer productivity in their AI‑augmented coding environments.