🚙 🚲 🛴Interactive map of my Uber, Lyft, Jump and Lime trips

Open data and performance hub for the City of Austin Transportation Department

Ability is a browser extension that helps people with varying degrees of ability have more control over their browsing experience.

Monitoring tools for road incident management and reducing traffic congestion. Crowdsourcing information sharing for better and safer roads.

A complete full-stack solution for tracking public transport, designed for easy implementation and maximum accessibility.

GTFS viewer and transit analysis tool with an Electron desktop app and a free web demo / Electron masaüstü uygulaması ve ücretsiz web demosu olan bir GTFS görüntüleme ve toplu taşıma analiz aracı

A GBFS to GraphQL Wrapper

Intelligence Preparation of Battlefield or IPB as it is more commonly known is a Command and staff tool that allows systematic, continuous analysis of the enemy and the battlefield environment to be carried out and which presents the results in a graphical form

Interactive map animation with regular movements of individuals in Tartu County. The movements show the Home-Work daily commuting of people

Integration of MobilityDB with the data visualization framework Deck.gl

More than a billion of the rural merchants in the developing world commonly depend on hiring on-demand transportation services to commute people or goods to markets. The process of selecting the optimal fare involves handling decision-making characterised with multiple alternatives and competing criteria. Decision support systems are commonly us…

Smart Mobility Planner (SMOP): A real-time, intermodal route planning solution backed-up by open-source technologies & data.

Trajectory data lossy compression/serialization library based on Google's Encoded Polyline Algorithm Format

Removes customer frustration from shared mobility services. Supported by Netidee Call 13.

MeshUp Protocol: car 2 car communication PoC

dareshare repo for the blockchained mobility hackathon

A website about the City of Austin Transportation & Public Works department's Data & Technology Services team

Demonstration of APISENSE® on a Mobility Analysis Case Study developed as part of the Xperium initiative of University of Lille

Display a map, click on a location anywhere on the map and caluclate areas around this location that are reachable in a specific distance or time.

This project consisted in constructing a discrete event simulation model that simulated bike movements, based on provided realistic mobility data.