React Native Development

One codebase. Two platforms. Native performance.

React Native delivers 95% native-like rendering performance. Instagram shares 85 to 99% of code between platforms. When budget and timeline matter more than pixel-perfect platform purity, RN is the right call.

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React Native holds 38% of the cross-platform market (Flutter at 42%) with 4 million weekly npm downloads. The New Architecture (Bridgeless, v0.74+) eliminated the JavaScript bridge, significantly reducing latency. TurboModules deliver 4x performance improvement for image processing and 20 to 30% reduction in initial memory footprint. Notable apps: Instagram (85 to 99% code sharing), Shopify (all mobile apps), Discord, Tesla, Coinbase, Walmart, and Uber Eats. RN apps generated roughly $287 million in net revenue in a Q4 2024 analysis.

When React Native is the right choice

Cross-platform cuts costs and timelines by 30 to 40%. Choose React Native when you need to ship on iOS and Android simultaneously, your budget is constrained, your app is content-driven or business-logic heavy (not GPU-intensive), and you want one engineering team instead of two.

Do not choose React Native for: heavy AR/VR, GPU-intensive gaming, apps that need deep platform-specific APIs (HealthKit, ARKit), or when App Store editorial feature consideration is critical. In those cases, go native.

Fast dual-platform launch with shared business logic
Content-driven apps, dashboards, marketplaces, social platforms
MVPs and v1 products where speed-to-market is the priority
Teams with existing React/JavaScript expertise
Budget-conscious projects that need iOS and Android coverage

The New Architecture advantage

React Native’s New Architecture (shipped in v0.74) is a fundamental rewrite of how RN communicates with native code. The old bridge is gone, replaced by JSI (JavaScript Interface) for synchronous native calls. This eliminates the serialization bottleneck that was RN’s biggest performance limitation.

TurboModules load native modules lazily instead of all at startup, reducing initial memory footprint by 20 to 30%. Fabric renderer enables concurrent rendering. The result: startup times around 500ms on TV emulators, 900ms on tablets. For most apps, the performance gap between RN and native is now imperceptible.

Our React Native approach

We use the New Architecture by default on all new projects. Expo for developer experience and rapid iteration. TypeScript for type safety. React Navigation for routing. TanStack Query for server state. Reanimated for 60fps animations. Zustand for client state.

The codebase is structured for long-term maintainability: feature-based folder structure, shared business logic layer, platform-specific UI only where genuinely needed (not as a default). When we hand you the code, your team can work on it without a decoder ring.

FAQ

Fair questions.

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Is React Native good enough for production apps?

Instagram, Shopify, Discord, Coinbase, and Walmart run on React Native in production. It is not a compromise. It is a strategic choice for apps where cross-platform coverage matters more than platform-specific depth.

How does performance compare to native?

With the New Architecture (Bridgeless), React Native achieves 95% native-like rendering performance for standard UI scenarios. For most business apps, the difference is imperceptible. Heavy GPU work (3D, AR, gaming) still favors native.

Can we go native later if we need to?

Yes. React Native supports native modules, so you can write performance-critical features in Swift or Kotlin and bridge them in. Many apps are hybrid: RN for most screens, native for specific features.

Next step

Ship on both platforms without building twice

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