Overview
  • Authentication
  • Routing APIs
    • Directions API
    • Directions Basic API
    • Distance Matrix API
    • Distance Matrix Basic API
    • Route Optimizer API
    • Fleet Planner API
  • Roads APIs
    • Snap To Road API
    • Nearest Roads API
    • Speed Limits API
  • Places APIs
    • Autocomplete API
    • Place Details API
    • Advance Place Details API
    • Nearby Search API
    • Advance Nearby Search API
    • Photo API
    • Text Search API
    • Address Validation API
    • Geofencing API
    • Elevation API
  • Geocoding
    • Geocoding API
    • Reverse Geocoding API
  • Map Tiles
    • 2D Tiles
      • Overview
      • Vector Tiles API
      • Static Tiles API
    • 3D Tiles
      • Overview and Integration
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  • Navigation SDKs
    • Navigation SDK - Android
    • Navigation SDK - iOS
  • Map SDKs
    • Map SDK - iOS
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    • Places SDK - Android
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  • Web SDK
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    • MCP Overview
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  • Street View

Model Context Protocol (MCP)

The Model Context Protocol (MCP) is a standardized communication method designed to enhance the interaction between large language models (LLMs) and various applications. It facilitates a seamless exchange of contextual information, allowing LLMs to deliver more accurate and relevant responses. Historically, the challenge has been to provide LLMs with sufficient context to understand user intent fully. MCP addresses this by creating a structured way to send and receive data, making LLMs more adaptable and powerful.
MCP Overview

Technical History of MCP

The concept of context management in AI has evolved significantly. Early systems relied on simple keyword matching, which often led to misinterpretations. As LLMs became more sophisticated, the need for detailed contextual information grew. MCP emerged as a solution to this need, drawing on principles from API design and data serialization. It builds upon previous attempts to standardize LLM interactions, aiming to provide a more robust and scalable approach.