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PersonalMCP Email & OCR Server

MCP Server

Unified MCP and REST API for email search and OCR

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Updated Apr 30, 2025

About

PersonalMCP provides a Model Context Protocol (MCP) interface for searching unread emails and performing OCR on attachments, while also offering a REST API for reporting and automation tasks. It streamlines email data extraction and structured output generation.

Capabilities

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

PersonalMcp – A Tailored Model Context Protocol Server

PersonalMcp is a lightweight, self‑hosted MCP server designed to bring the full power of Model Context Protocol to personal projects and small teams. By exposing a minimal yet complete set of MCP endpoints—resources, tools, prompts, and sampling—it lets developers turn any local or cloud‑based AI model into a first‑class “assistant” that can fetch data, execute scripts, or generate content on demand. The server is intentionally simple to configure, making it ideal for hobbyists, researchers, or developers who want a reproducible environment without the overhead of commercial APIs.

Solving the “Context Gap” in Personal AI Projects

Many developers struggle to keep a conversational AI’s context coherent across multiple turns, especially when the assistant must interact with external data sources or perform calculations. PersonalMcp addresses this by providing a structured, versioned context store that the AI can read from and write to via standard MCP calls. This eliminates ad‑hoc state management, reduces boilerplate code, and ensures that every request has access to the same up‑to‑date context snapshot.

Core Capabilities in Plain Language

  • Resource Management – Store and retrieve structured data (JSON, CSV, plain text) that the assistant can reference during a session.
  • Tool Execution – Expose shell commands or Python functions as callable tools; the AI can trigger them with natural language prompts.
  • Prompt Templates – Define reusable prompt fragments that maintain consistent phrasing and formatting across interactions.
  • Sampling Control – Fine‑tune generation parameters (temperature, top‑p, max tokens) on a per‑request basis to balance creativity and determinism.

These features are accessible through simple HTTP endpoints, allowing the assistant to perform CRUD operations on context and invoke tools without any custom SDK.

Real‑World Use Cases

  • Personal Knowledge Base – An AI assistant that answers questions about your own notes, code snippets, or project documentation by querying the server’s resource store.
  • Automated Data Pipelines – Use tool execution to run ETL scripts, generate reports, or trigger CI/CD jobs directly from a conversation.
  • Dynamic Prompting – Keep prompt templates versioned and share them across multiple assistants, ensuring consistent tone or formatting.
  • Experimentation Platform – Quickly spin up different sampling configurations to test how temperature or top‑p affect responses in a controlled environment.

Seamless Integration with AI Workflows

Developers can plug PersonalMcp into any MCP‑compatible client (Claude, OpenAI’s new tools API, or custom agents). The server’s endpoints are stateless and cache‑friendly, enabling horizontal scaling if needed. By exposing a clear contract for context manipulation, the assistant can safely share state between multiple users or sessions without risking data leakage.

Standout Advantages

  • Zero Vendor Lock‑In – All data and tool logic live on your own infrastructure, giving you full control over privacy and compliance.
  • Low Footprint – Written in lightweight frameworks, the server requires minimal resources and can run on a Raspberry Pi or local laptop.
  • Extensible Architecture – Adding new tool types or resource formats is a matter of extending the JSON schema; no code changes are required for most use cases.

PersonalMcp empowers developers to build robust, context‑aware AI assistants that interact with their own data and systems, all while staying within the familiar MCP ecosystem.