React Native

Yes. React Native renders genuine native UI components — not a web view in a wrapper — and apps like Shopify, Discord, Instagram and Coinbase ship on it at scale. The slowness people associate with cross-platform usually comes from older hybrid tools or undisciplined builds, not React Native itself.

The difference users actually notice comes from design, profiling and performance work — smooth lists, fast startup, native gestures — which is exactly where we focus, and where camera, biometrics, maps and payments hook into real device APIs through native modules.

Yes — that is the whole point. One codebase produces both an iOS and an Android app, so a single team ships to the App Store and Play Store together and maintains one project instead of two, with new features arriving on both platforms at the same time.

In practice this is roughly half the build and maintenance cost of funding separate native iOS and Android teams. It is the foundation of our mobile app development engagements, from a first release through long-term product evolution.

It depends on scope, but a focused first version — a few core flows, authentication and a couple of native integrations — is typically a matter of weeks to a few months, and we usually ship a usable build to TestFlight and the Play Store internal track early so you can react to something real.

Because iOS and Android come from one codebase, you fund roughly one app instead of two, and over-the-air updates keep post-launch iteration cheap. For lean product and startup budgets we scope a credible MVP first, then grow it as the product finds its shape — we can put real numbers against your specific feature list in an early conversation.

Most fixes and improvements ship as over-the-air updates through Expo, so non-native changes reach installed apps without waiting on an App Store or Play Store review — a real difference when you need to correct something quickly.

Native changes still go through a normal store submission, which we manage end to end via CI builds, code signing and release pipelines. Beyond releases we handle OS and SDK upgrades, dependency and security patches, crash monitoring and ongoing feature work, either as a retainer or as scoped iterations once the app is live.

When the app is built around the very things React Native is weakest at: heavy real-time 3D or games, advanced AR, intensive on-device computation, or features that depend on brand-new platform APIs the moment they ship. In those cases Swift or Kotlin can be the right call.

For the vast majority of business and consumer apps in the UAE, React Native is the better economic decision — and even then it is rarely all-or-nothing, since we can drop performance-critical or platform-specific pieces into native modules while keeping the rest in one shared codebase.

Yes. React Native talks to the same REST or GraphQL APIs, authentication and back-end services your web platform already uses, and connects to device capabilities — push notifications, biometrics, maps, camera and in-app payments — through native modules.

Because both are built on React, we reuse the design system, validation rules and API clients across web and mobile, so product behaviour stays consistent and features land everywhere at once rather than being rebuilt twice.