Retrieve full details for a place by its provider reference ID (e.g., 'google:ChIJ...'). Supports Google with API key; for OpenStreetMap, use search_places.
Apache 2.0
650,501 tools. Updated 2026-10-13 20:50
"OpenStreetMap" matching MCP tools:
- Convert GeoJSON into a 3D city visualization, projecting coordinates and extruding buildings from height data for instant preview.MIT
- Calculate driving, walking, or cycling routes between multiple waypoints. Get total distance, travel time, and per-leg breakdown using OpenStreetMap data without an API key.Apache 2.0
- Find points of interest near any coordinate by category, returning distance, address, phone, website, hours, brand, and cuisine from OpenStreetMap.MIT
- Execute raw Overpass QL queries against full-planet OpenStreetMap data for custom, flexible retrieval. Use this when helper tools are too narrow; bound queries to an area and cap output.MIT
- Resolve Irish addresses or place names to WGS84 coordinates using OpenStreetMap Nominatim. Returns ranked candidate matches with full names for verification.MIT
Matching MCP Servers
- AlicenseBqualityDmaintenanceA comprehensive MCP server providing 30 tools for geocoding, routing, and OpenStreetMap data analysis. It enables AI assistants to search for locations, calculate travel routes, and perform quality assurance checks on map data.30251 npm5MIT
- AlicenseAqualityDmaintenanceEnhances LLM capabilities with location-based services and geospatial data, enabling users to geocode addresses, find nearby points of interest, get directions, optimize meeting points, and analyze neighborhoods.12226MIT
Matching MCP Connectors
Geocode, reverse geocode, and run Overpass spatial queries on OpenStreetMap data.
OpenStreetMap queries, maps/styles, search, routing, terrain, analysis, pipelines, and rendering.
- Fetch OpenStreetMap road and optional waterway data for a bounding box, returning geometry and attributes to support EPANET network generation, with class filtering and paging.MIT
- Get turn-by-turn driving, cycling, or walking directions along real roads, with distance, travel time, and route geometry. Plan delivery, service, or commute trips using OpenStreetMap data—no API key needed.MIT
- Find OpenStreetMap points of interest (schools, playgrounds, pharmacies) near a point or address. Set a radius to get POIs, supplementing Swiss geodata with community-sourced locations.MIT
- Convert textual addresses or descriptions into geographic coordinates using OpenStreetMap data. Supports structured and free-form queries with options for detailed address breakdown and geometry output.MIT
- Find marked hiking routes from OpenStreetMap within a bounding box, filtered by elevation gain, distance, loop or point-to-point shape, and car or chairlift access with locally computed metrics.MIT
- Convert an address string to latitude/longitude and a normalized address block (country, state, city, postcode, road). Pay $0.001 USDC via x402 on Base or receive a signed authorization request.MIT
- Calculate travel distance and time between multiple places by foot, car, or bike, using OpenStreetMap data. Waypoints are visited in order; optionally request turn-by-turn directions.MIT
- Retrieves complete OpenStreetMap element details including tags, coordinates, and a map link from an OSM ID.MIT
- Find nearby OpenStreetMap places by coordinates, category, and tag filters, with options for radius, open hours, and language.MIT
- Retrieve all documented values for an OpenStreetMap tag key, including localized display names. Use this to discover valid options for tags like amenity or building, or to build UI selection lists.GPL 3.0
- Search OpenStreetMap tags by keyword or pattern to find matching keys, values, and localized names with fuzzy matching support.GPL 3.0
- Resolve a street address with house number and town/postcode into coordinates and OpenStreetMap data. Use when a full address is given, not for place names or businesses.Apache 2.0
- Find specific types of places like restaurants, schools, or parks within a defined geographic area using OpenStreetMap data.MIT
- Convert geographic coordinates to Web Mercator projection coordinates for web mapping applications. Transforms WGS84 latitude/longitude coordinates into EPSG:3857 format used by Google Maps and OpenStreetMap.MIT
- Convert place names to geographic coordinates and address details using OpenStreetMap data. Retries with simpler queries if initial search fails.Apache 2.0