
Core Capabilities Delivered:
Measurable Results & Achievements:


The requests are held locally and used when connectivity is restored so that riders will never lose their reservation. The system is intelligent in managing priorities of syncs such that the vital trip information is updated.
Rural distances are considered in our zone-based system, which is based on predictable fares instead of the unfair surge pricing with affordable costs. Transparent earnings are displayed to drivers before they accept trips.
Local onboarding of drivers is a blend of digital verification and references to the community, which develops trust automatically. The profile of drivers shows insight into the local areas and language skills.
Digital wallets, postpaid, and cash can be used to cater to different preferences in payment preferences. Riders have the opportunity to make the reservation on behalf of the family and make payments independently.
The application has good functionality in 2G networks with compressed data transfer and gradual loading. Maps are stored locally, and basic features can be used when one is offline.
Reservations put drivers in effective planning mode in the spread-out rural areas. The riders get confirmations through SMS when the internet is not available.

We did not deal with Be Line the same way, with rural users being the first to adapt urban solutions. This was a bottom-up approach that made sure that all technical decisions benefited the communities we were meant to empower.
Spending weeks in target communities, learning about struggles in daily transportation, trying to understand connectivity, and seeing how people in rural areas already organize collective transportation.
Designed user-friendly interfaces, which were tested on real-life rural users, with a high number of people making their first online service booking. Emphasize clarity and support of local languages rather than trends.
Built-in backend architecture designed to support intermittent connectivity with intelligent caching and background updates that do not burn much battery with low-end devices.
Introduced in pilot communities using practical driver education and community engagement. The platform was improved with the feedback from the previous areas via each expansion.
Tested in field conditions, both in diverse connectivity scenarios and different versions of Android, and in real rural conditions, dusty roads, low battery conditions, and even network dead zones.
Monitored patterns of adoption, earnings of drivers, and their community feedback after launch. Cyclical changes cater to seasonal demands, such as the surge in transporting harvests or traveling around to festivals.
Technologies

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