Open source routing engine for OpenStreetMap. Use it as Java library or standalone web server.

• UpdatedJul 18, 2025
• Java

🌍🌏🌎 The whole world fits inside your cloud!

• UpdatedJul 18, 2025
• JavaScript

🌎 Python library to access all public routing, isochrones and matrix APIs in a consistent manner.

• UpdatedJul 15, 2025
• Python

GraphHopper Maps - Open Source Route Planner UI

• UpdatedJul 16, 2025
• TypeScript

GraphHopper Navigation as App

• UpdatedNov 25, 2023
• Java

iOS Port of the GraphHopper road routing engine

• UpdatedOct 1, 2021
• Objective-C

Sample CVRP Application using Kotlin + Optaplanner/Timefold/Jsprit/Or-Tools/Jenetics + Graphhopper + Spring Boot + Apache Camel + Jooq + Websockets

• UpdatedJul 14, 2025
• Kotlin

GraphHopper Navigation Example using the Maplibre Android SDK

• UpdatedMay 5, 2025
• Kotlin

An R Interface to the graphhopper API

• UpdatedJul 17, 2021
• R

Public README for our proprietary solution to make arbitrary datasets (e.g. TomTom/HERE) routable with FOSS routing engines.

• UpdatedMar 21, 2024

Postgis reader for GraphHopper

• UpdatedDec 17, 2020
• Java

This project is continued athttps://github.com/droidsolutions/maphopper. Proxy to convert Graphhopper Directions API responses to Mapbox API Responses

• UpdatedMay 19, 2020
• JavaScript

QGIS plugin for displaying GraphHopper isochrones

• UpdatedJul 24, 2023
• Python

• UpdatedSep 8, 2022
• Jupyter Notebook

self-hosted maps application that requires no internet connection

• UpdatedJun 6, 2025
• Shell

Proxy to convert Graphhopper Directions API responses to Mapbox API Responses

• UpdatedAug 3, 2021
• JavaScript

A small Java tool to mapmatch Floating Car Data and import it as Linestring ZM (x, y, speed, time) to PostGIS

• UpdatedFeb 5, 2018
• Java

The Scheduling API is designed to optimize the route of a trip with multiple stops.

• UpdatedNov 8, 2018
• Java

Add-on for Locus Map application that allows to use GraphHopper library for offline routing (navigation).

• UpdatedNov 16, 2020
• Kotlin

This routing service requires a latitude and longitude input for two locations to calculate the shortest route in between. The routing is based on the Dijkstra algorithm.

• UpdatedNov 8, 2018
• Java