[ MOBILITY ]
Carpooling & Ride Management Platform
What it is
A ride-sharing app with the safety and dispute machinery a real operator needs.

[ THE_PROBLEM ]
Why this existed
A ride platform without identity verification, an emergency path and a dispute queue is not an early version — it is a liability. Those are the parts regulators and users judge first.
[ WHAT_WE_BUILT ]
What we built
Rider and driver flows — publish a ride, find a ride, ride detail, active ride tracking and history — with Google Maps location search, route preview and permission handling. Around them: OTP phone auth, KYC document upload, an SOS button that transmits location, a dispute system with a support chat thread, rewards, notifications and profile management, all with real-time updates. Delivered first as a cross-platform build packaged for native app stores, then rebuilt on a modern native stack with a reactive backend, internationalisation and push notifications.
- Publish a ride, find a ride, ride detail, active tracking and history
- Maps location search, route preview and permission handling
- OTP phone authentication and KYC document upload
- SOS button transmitting location
- Dispute system with a support chat thread
- Rewards, notifications and profile management
- Real-time updates across rider and driver views
- Cross-platform build packaged for native app stores
- Rebuilt on a native stack with a reactive backend, i18n and push notifications
[ HOW_IT_IS_USED ]
How a company uses it
A mobility operator, corporate commute programme or campus transport service launches with identity verification, an emergency path and a dispute queue on day one — the parts that get an operator shut down if they are missing.
Built with
[ COMMON_QUESTIONS ]
Questions clients ask
Why build safety features into the first version?
Because they are not features, they are preconditions. A mobility platform that launches without KYC, an SOS path and a dispute process will be shut down or sued before the growth features matter. Sequencing them first is not caution, it is the correct order.
Why was it rebuilt on a different stack?
The first build proved the product; the second was about real-time behaviour, push notifications and internationalisation, which the original stack made harder than it needed to be. Rebuilding a validated product on better foundations is a different and much lower-risk decision than rewriting a speculative one.
Does this work for corporate or campus transport?
Well, actually — closed-community deployments avoid the hardest part of consumer ride-sharing, which is trust between strangers. The identity, tracking and dispute machinery all still apply.
[ RELATED_WORK ]
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