We build iOS and Android apps from a single React Native codebase, so one team ships both stores instead of two teams slowly drifting apart. The Bright Future student apps are live in Kuwait — course catalogue, cart, payments and HD video lessons, on both platforms.
Two separate native teams means two backlogs, two sets of bugs, and a feature that reaches Android a month after iOS. We build in React Native and TypeScript so there is one codebase, one release plan, and one team answering for both platforms — dropping into native code where a feature genuinely needs it rather than on principle.
The Bright Future student apps run on iOS and Android in Kuwait: students browse a course catalogue, pay for enrolment, and watch HD video lessons that stay locked to the account that bought them. The Laravel API behind those apps is ours as well, which is why the app and the backend agree on what a course actually is.
The app is written once in React Native and TypeScript, with native modules where a platform demands them — biometrics, camera, screen-recording blocks. Features land on iOS and Android in the same release, not weeks apart.
Most of our apps sit on a Laravel or Node API we build and maintain ourselves. When something breaks there is nobody to point at: one team owns both sides of the contract and fixes whichever end is wrong.
Carts, coupons, instalment plans and invoices, wired to Stripe or to MyFatoorah for Gulf customers. The Bright Future apps take payment for course enrolment inside the app and unlock content the moment the payment clears.
HLS streaming through Bunny CDN with per-chapter access checks, resume-where-you-left-off progress, and device limits so one student login is not shared around a whole class.
Notifications that open the correct screen, links that survive a cold start, and sensible behaviour when the connection drops mid-action. Apps get used on mobile data in lifts and car parks, so we test them that way.
We prepare listings, screenshots and privacy declarations, push builds through TestFlight and Play's testing tracks, and answer reviewer questions until approval comes through. Then we do it again for every update.
We start from what someone needs to do on a phone and work back to screens, states and API calls. You get a written scope and a build order before anyone opens an editor.
Each slice ends with a build you can install and use — TestFlight on iOS, an internal track on Android. Your feedback goes into the next slice instead of arriving as a report at the end.
Our two QA engineers work through each release on physical iPhones and Android devices, including older models and small screens. Bugs get found before submission rather than in a one-star review.
We handle both store submissions and the weeks after launch: crash reports, quick fixes, and the OS updates that arrive every autumn and quietly break things.
Tell us the screens, who uses them, and what has to keep working with no signal. You will get back a build plan, the device list we will test on, and an honest read on how store review is likely to go.