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Mistral OCR MCP Server

MCP Server

Fast, ML-powered OCR via Model Context Protocol

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Updated May 31, 2025

About

A lightweight FastAPI server that exposes Mistral OCR capabilities through a standard HTTP endpoint and MCP-compliant tools, enabling easy integration of optical character recognition into applications.

Capabilities

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

Mistral OCR MCP Server in Action

Overview

The Mistral OCR MCP Server is a lightweight, self‑hosted Optical Character Recognition (OCR) service that exposes its functionality through the Model Context Protocol (MCP). By packaging a FastAPI backend with a fully MCP‑compliant endpoint, it allows AI assistants such as Claude to treat OCR as an integrated tool rather than a separate service. This eliminates the need for external API calls or manual file handling, streamlining workflows that require text extraction from images.

The server solves a common pain point for developers building AI‑powered applications: the lack of a consistent, local OCR interface that can be queried through a standard protocol. Traditional OCR solutions often rely on third‑party cloud services, require complex authentication, or lack the flexibility to run in isolated environments. With this MCP server, teams can host OCR on-premises or within a private network, ensuring data privacy while still benefiting from the convenience of MCP‑driven tool discovery and invocation.

Key capabilities include:

  • Fast, typed API: Built on FastAPI for low latency and automatic schema validation via Pydantic.
  • MCP tool exposure: The endpoint publishes a set of tools that AI clients can discover, allowing dynamic integration without hard‑coding URLs.
  • Configurable OCR: Supported image formats and model parameters are adjustable through environment variables, making the service adaptable to different use cases.
  • Health monitoring: A simple endpoint provides quick status checks, which is essential for orchestrated deployments and autoscaling scenarios.
  • Logging & diagnostics: Integrated logging facilitates troubleshooting and performance tuning in production environments.

Typical use cases span from automated document processing pipelines to real‑time form ingestion in chatbots. For example, a customer support AI can prompt the OCR tool to extract text from an uploaded screenshot of an error message, then pass that text into a knowledge‑base query. In compliance‑heavy industries, running OCR locally ensures that sensitive documents never leave the secure perimeter while still enabling AI agents to read and act on them.

Integrating this server into an existing AI workflow is straightforward: the MCP client discovers the OCR tool via the endpoint, then sends an image file to . The response—plain text and metadata—is returned in JSON, ready for the assistant to consume or transform. Because MCP abstracts tool details, developers can swap out the underlying OCR engine without changing client code, providing a future‑proof architecture that scales with evolving AI capabilities.