Wheels Gogo
Carpooling app reducing commuting costs and emissions by connecting drivers and passengers.
Problem
Define the core challenge
Problem
Urban commuters faced high individual transport costs and environmental impact with no easy, trusted way to coordinate shared rides among peers — especially in mid-size cities with limited public transit.
Insight
Coordinating real-time trip matching between drivers and passengers with low latency; building trust and safety mechanisms into the matching flow; managing the full app publishing lifecycle on Google Play.
Target
Design a system that improves speed, usability, and delivery confidence without adding maintenance overhead.
Process
How the work was executed
Discover
A full stack personal project developed over nearly two years: a carpooling platform where drivers and passengers coordinate shared trips to reduce individual transport costs and vehicle emissions. The mobile app was published on Google Play and served real users.
Build
Built a full stack solution: a Flutter mobile app published on Google Play, a Node.js/Express REST API backend, MongoDB for flexible data storage, and Azure for cloud infrastructure — covering the full journey from trip creation to passenger matching.
Validate
Coordinating real-time trip matching between drivers and passengers with low latency; building trust and safety mechanisms into the matching flow; managing the full app publishing lifecycle on Google Play.
Solution
Translate constraints into a scalable solution
Process
A full stack personal project developed over nearly two years: a carpooling platform where drivers and passengers coordinate shared trips to reduce individual transport costs and vehicle emissions. The mobile app was published on Google Play and served real users.
Solution
Built a full stack solution: a Flutter mobile app published on Google Play, a Node.js/Express REST API backend, MongoDB for flexible data storage, and Azure for cloud infrastructure — covering the full journey from trip creation to passenger matching.
Architecture
Flutter mobile client published on Google Play, Node.js/Express REST API, MongoDB for document storage and flexible trip data modeling, Azure cloud infrastructure for backend deployment and scaling.
Results
Ship measurable outcomes
Results
Published on Google Play and active from 2023 to 2025 with a complete carpooling flow — trip creation, driver-passenger matching, and ride management — serving real users in the target city.
Impact
Business and product teams gained better reliability, clearer UX behavior, and a stronger foundation for iteration.
Next
The system now supports future features with less rework and more predictable frontend execution.
Tech stack
- Flutter
- Node.js
- Express
- MongoDB
- Azure
- Google Play