Rides Sharing Mobile Apps for Public Mobility

The client’s product strategy hinged on a central codebase that was significantly out of date. As a core foundation for all applications, this codebase posed the risk of system failures and compromising security and data privacy. To mitigate risks, we started the refactoring process and simultaneously assembled and published builds for various applications, ensuring timely customer launches.

For instance, we developed an application for transportation in the US and another one in Europe, and both apps shared the same core features but differed in style, including colors, icons, images, and screens, tailored to each application’s unique configurations. To enhance the applications’ robustness, sustainability, and security, we connected each of them to their independent backend, making the final products similar in appearance but distinct internally.

In order to ensure seamless delivery and optimize workflow, we’ve restructured our team into two focused divisions: iOS and Android development.

iOS Development

For iOS, the old code comprised Swift and Objective-C, which our professionals updated and refactored using the reactive approach of Combine/RxSwift and SwiftUI for new elements of the app. We chose SwiftUI because it’s a modern Apple framework that enables more advanced architectural approaches, facilitating faster-paced development.

The NIX team also implemented Google Maps instead of the traditional Apple framework to provide end users with a more accurate route planner and a more user-friendly design. We integrated Braintree, Stripe, Apple Pay, and Leanplum/mParticle to ensure that customers have comprehensive analytics gathering and processing.

Android Development

To modernize and deliver a high-performing platform for the client, we redesigned outdated Java code, leveraging Kotlin and a blend of new and existing technologies. We utilized Jetpack Compose and Flutter to facilitate integration between codes and transitioned the codebase from their obsolete architecture to classic MVVM, resulting in a more seamless and efficient application performance.