Showing 36 of 36 projects
An open-source multi-modal trip planner for public transit, walking, bicycling, and mobility services.
A community-curated list of open transit technology resources, including APIs, datasets, software, and research.
A community-curated list of open transit technology resources, including APIs, datasets, software, and research.
A Python library for reading, validating, and writing transit schedule data in GTFS format.
A Python library for reading, validating, and writing transit schedule data in GTFS format.
A set of applications for tracking moving assets like vehicles and visualizing them on a live map using Android, Firebase, and Google Maps.
An open-source multimodal routing, geocoding, and map tile server for large-scale transportation systems.
Import, export, and query GTFS transit data in SQLite with support for realtime updates and spatial queries.
A cross-platform validator for GTFS Schedule (static) transit data files, ensuring compliance with the official specification.
A routing engine for multimodal transportation networks with realistic travel-time calculations, designed for accessibility analysis and scenario planning.
Animates vehicles on a map using public transport timetables to interpolate their positions along routes.
Generates precise GTFS shapes for public transit feeds by map-matching schedule data to OpenStreetMap road networks.
Automated generation of geographically correct and schematic transit maps from GTFS data.
An R package for rapid realistic routing on multimodal transport networks (walk, bike, public transport, car) using the Conveyal R5 engine.
A collection of ArcGIS tools for analyzing public transit data, including network analysis and real-time GTFS feed integration.
A C implementation of the RAPTOR public transit routing algorithm for generating Pareto-optimal itineraries over large geographic areas.
An R package for reading, analyzing, and visualizing public transit data in GTFS format using tidyverse and sf.
A Python package for analyzing public transport networks using GTFS data, enabling accessibility analysis and network statistics.
A browser-based GUI for creating, editing, and exporting static GTFS feeds for public transit agencies.
Convert GTFS transit data into GeoJSON for mapping routes and stops.
A web-based UI for editing, managing, validating, and deploying GTFS transit data to OpenTripPlanner.
A command-line tool for validating, cleaning, and minimizing GTFS transit feed files while preserving semantic equivalence.
A Java library for reading, writing, and transforming public transit data in the GTFS format.
Generates beautiful visualizations and heatmaps from public transit GTFS data to show route frequency and network patterns.
Import GTFS Schedule data into PostgreSQL for efficient querying and analysis, with support for GraphQL and REST APIs.
A Python package for parsing GTFS data and creating geospatial visualizations of transit frequencies, speeds, and segments.
A web-based framework for editing GTFS (General Transit Feed Specification) data, now deprecated.
Converts OpenStreetMap public transport data and schedule information into GTFS feeds for transit applications.
A Java desktop application that synchronizes bus stop and route data between GTFS transit feeds and OpenStreetMap.
A Ruby script that converts GTFS transit data into SQLite databases, GeoJSON, and KML files for visualization and animation.
An R package that converts GTFS public transport data into GPS-like records for transport simulations and analyses.
A Java library for loading, saving, and validating large GTFS feeds using disk-backed storage.
A Rust library providing serde structures and helpers to read and parse GTFS (General Transit Feed Specification) archives.
A .NET library for parsing, reading, and writing General Transit Feed Specification (GTFS) data.
A Rust crate for managing, converting, and enriching public transit data between formats like GTFS, NTFS, and NeTEx-France.
Interactive web-based visualization and analysis tool for public transport schedule data (GTFS).
Open-Awesome is built by the community, for the community. Submit a project, suggest an awesome list, or help improve the catalog on GitHub.