Automate your transport and delivery operations with OSRMRoute. Build optimal routes, manage your fleet and minimize costs.
Compute routes for car, truck, bike or pedestrian. Get accurate travel times, distances and turn-by-turn instructions for drivers. Our routes work seamlessly with any map provider (MapTiler, OpenStreetMap).
Optimal results in 0.1 seconds thanks to Contraction Hierarchies.
Full adaptation to specific vehicle rules (weight, height, restrictions).
Secure request management via API keys and IP restrictions.
Efficiently plan delivery routes for a single driver or an entire fleet. Minimize fleet costs with TSP (Traveling Salesman Problem) and VRP (Vehicle Routing Problem) algorithms.
Optimal results in 0.1 seconds thanks to Contraction Hierarchies.
Full adaptation to specific vehicle rules (weight, height, restrictions).
Secure request management via API keys and IP restrictions.
Convert address data to geographic coordinates (latitude/longitude) and vice versa — coordinates to precise real addresses. Ideal for full address search and pinpointing points on the map.
Optimal results in 0.1 seconds thanks to Contraction Hierarchies.
Full adaptation to specific vehicle rules (weight, height, restrictions).
Secure request management via API keys and IP restrictions.
Make your delivery schedules more reliable by accounting for historical and real-time traffic data. Anticipate rush-hour congestion and set realistic ETAs for your couriers.
Optimal results in 0.1 seconds thanks to Contraction Hierarchies.
Full adaptation to specific vehicle rules (weight, height, restrictions).
Secure request management via API keys and IP restrictions.
Write your own routing rules at the API level. Block highways, restrict certain geographic areas (with GeoJSON polygons) or limit speeds in residential zones.
Optimal results in 0.1 seconds thanks to Contraction Hierarchies.
Full adaptation to specific vehicle rules (weight, height, restrictions).
Secure request management via API keys and IP restrictions.
Accelerate your business with millisecond-level routing and fleet optimization algorithms.