Discover how OpenStreetMap powers navigation and location services worldwide—guiding people through maps made by people like you.
As populations expand and new places emerge—from unmapped villages to rapidly growing cities—developers and users need accurate, reliable location data to build services that truly work everywhere. OpenStreetMap, with its open data and global community, fills critical navigation gaps where commercial map providers fall short. Powered by volunteers and supported by technology organizations, OSM enables app developers, businesses, and everyday users to deliver and experience seamless, trustworthy location services with confidence.
OsmAnd is an offline maps and navigation app using OpenStreetMap data for global vector maps, search, points of interest, and voice-guided routing. It supports driving, cycling, walking, public transport, boating, skiing, and hiking profiles, helping users navigate cities and outdoor routes without mobile data across different regions reliably and planning.
Organic Maps is a privacy-focused offline GPS app for travelers, hikers, cyclists, and drivers. Powered by OpenStreetMap data, it offers offline maps, search, bookmarks, and voice-guided walking, cycling, and car navigation, helping users plan routes without ads, tracking, or an active internet connection worldwide safely and privately during daily travel.
GraphHopper Maps is a route-planning service for cycling, walking, driving, trucks, and outdoor trips. Built on OpenStreetMap, it provides alternative routes, surface and elevation details, multi-stop planning, GPX export, and mobile-friendly directions for travel, delivery, fieldwork, and logistics planning workflows across changing network conditions worldwide daily across real transport scenarios.
OpenRouteService uses open geospatial data and OSM-derived street networks for directions, geocoding, isochrones, and route planning. It supports cars, bicycles, walking, hiking, wheelchairs, and heavy vehicles, helping teams plan deliveries, accessibility routes, emergency logistics, and location analysis around road restrictions in diverse operating contexts worldwide effectively and operational field decisions.
The Komoot iPhone app uses OpenStreetMap (OSM) data for map display and routing. It allows users to plan bike, hiking, and outdoor tours using OSM’s open geospatial database. Users can navigate routes, track activity, and, where supported, upload GPS tracks back into OSM, enhancing the underlying map data.
Apple’s historical and regional use of OSM data. Apple has incorporated OpenStreetMap map tiles and geodata in its maps for some regions and applications since 2012. Apple’s mapping teams also contribute edits back to OSM, supporting global mapping coverage and improvements.
The Facebook global map project was built using OpenStreetMap (OSM) as its primary data source. Stamen partnered with Facebook engineers to design an open, scalable base map emphasizing community and local features. OSM data underpins global roads, parks, and landmarks, allowing Facebook to serve rich interactive maps for billions of users
In 2017 Niantic, the developer of Pokémon GO, replaced the game’s in-world map provider and base map data from Google Maps to OpenStreetMap (OSM). Before that change, Google Maps powered the visual map display while OSM data was occasionally used in background systems like spawn point logic.
In 2012, Apple and Foursquare moved away from Google Maps toward OpenStreetMap to reduce costs, gain independence, and customize mapping features. The shift highlighted dissatisfaction with Google’s licensing limits. OpenStreetMap provided Apple with local street and point-of-interest details, especially in countries or areas where proprietary data was lacking
In response to Google Maps API price hikes in 2012, several prominent web platforms migrated to OpenStreetMap. Craigslist, the popular classifieds site, began embedding OSM-based maps on housing listings (starting in SF and Portland) to show locations and save on fees.
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