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CLDGeminiPDF Analyzer

MCP Server

AI‑powered PDF analysis with Claude Desktop and Gemini

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Updated Aug 31, 2025

About

The CLDGeminiPDF MCP Server lets Claude Desktop analyze PDF documents by sending them to Google Gemini models, extracting text and providing insights. It supports multiple Gemini variants and offers dual upload or extraction modes.

Capabilities

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

CLDGeminiPDF MCP Server Overview

The CLDGeminiPDF server bridges Claude Desktop with Google’s Gemini family of language models, providing a turnkey solution for extracting and analyzing PDF content. By exposing an MCP interface that accepts PDF files, the server delegates heavy lifting—text extraction, semantic parsing, and contextual inference—to Gemini’s powerful AI. This eliminates the need for developers to build custom OCR pipelines or integrate multiple services, streamlining workflows that involve document understanding.

For developers working with AI assistants, the server offers a single, well‑defined entry point: upload a PDF and receive structured insights. Claude can then incorporate those insights into conversations, generate summaries, answer domain‑specific questions, or trigger downstream actions. The ability to choose from a range of Gemini models (e.g., gemini‑2.5‑flash, gemini‑2.0‑flash, and older series) lets teams balance cost against performance, tailoring the experience to their use case.

Key capabilities include:

  • Dual processing: PDFs can be sent directly to Gemini for native parsing, or the server falls back to a local text extraction routine if needed.
  • Model flexibility: Environment variables expose the model name, allowing runtime switching without redeploying.
  • Filesystem integration: By bundling the official MCP filesystem server, developers can reference local PDFs via simple paths or URLs, keeping the data pipeline cohesive.
  • Rich metadata handling: The server returns not only extracted text but also contextual tags and confidence scores, enabling nuanced downstream logic.

Typical scenarios benefit from this setup:

  • Enterprise knowledge bases where employees query policy documents or technical manuals through Claude.
  • Academic research assistants that summarize scholarly PDFs on demand.
  • Legal tech workflows where contracts are parsed for clauses, obligations, and risk factors.
  • Customer support bots that reference product manuals to answer troubleshooting questions.

Integration is straightforward: after configuring the MCP servers in Claude Desktop’s configuration file, any document referenced by a path or URL automatically routes through CLDGeminiPDF. The assistant can then request analysis, receive a structured JSON payload, and seamlessly weave the insights into user interactions. This tight coupling eliminates latency, reduces data duplication, and provides a single source of truth for document content.

Overall, CLDGeminiPDF offers developers an out‑of‑the‑box, model‑agnostic PDF analysis tool that leverages Gemini’s state‑of‑the‑art language understanding, making it an indispensable component for building intelligent, document‑centric AI applications.