"Max" matching MCP servers:

Enables flight search and Google Maps directions via SerpApi.

MCP服务器，为LLM提供高德和百度地图的地理编码、POI搜索、路径规划、天气查询等功能。

Finds the cheapest gas stations along a travel route in Korea using Kakao Navigation and Opinet APIs.

Provides Naver Map API functions (geocoding, reverse geocoding, directions, static map, and usage queries) as MCP tools for use in Claude Desktop, VS Code, and other MCP clients.

Provides AI agents with a structured API for travel planning, enabling them to read trip data, search places, calculate routes, and create/validate itinerary change proposals that require explicit human approval before being applied.

An MCP server that creates a virtual traveling environment on Google Maps, allowing users to guide an avatar on journeys with photo reports and SNS integration.

Provides live TriMet transit data for Portland, Oregon, including real-time arrivals, nearby stops, vehicle positions, and service alerts for buses, MAX light rail, WES commuter rail, and Portland Streetcar.

Enables searching TGV Max train journeys across multiple departure stations with scheduling constraints, and resolving SNCF station names, directly through natural language.

Enables Claude Desktop to access Google Maps services including geocoding, place search, directions, distance calculations, and elevation data through stdio communication. Provides comprehensive location-based functionality with direct Google Maps API integration.

Enables desktop agents and clients to access geospatial services via a hosted MCP server, including OpenStreetMap queries, address and business search, POI discovery, routing, matrices, isochrones, map matching, optimization, elevation and terrain, basemap styling, spatial analysis, rendering, usage, and service status.

Provides a suite of tools for location retrieval and multi-modal route planning within China using the Baidu Maps API. It enables AI agents to perform address-to-coordinate conversions, nearby place searches, and calculate directions for driving, transit, walking, and cycling.