Shared codebase for iOS and Android
One TypeScript codebase that renders native components on both platforms, reducing duplicated work while keeping the experience consistent.
Hire a React Native app developer to build iOS and Android apps from one TypeScript codebase, which is especially efficient when your team already knows React. Techphant's React Native developers deliver mobile apps with native modules where needed, shared logic with your web front end, and a realistic path to both app stores.
React Native lets you build a mobile app for iOS and Android from one JavaScript or TypeScript codebase while rendering real native UI components. For teams already invested in React, it also means shared skills and often shared logic between web and mobile, which shortens the learning curve and the timeline.
A Techphant React Native developer can build a new app or extend an existing one, reaching into native modules when a feature needs platform-specific capability. The focus is on smooth navigation, dependable offline behavior, and performance that holds up as the app grows.
One TypeScript codebase that renders native components on both platforms, reducing duplicated work while keeping the experience consistent.
Bridges to native code and existing SDKs when a feature needs capabilities beyond the JavaScript layer.
Clear navigation patterns and screen structure so the app stays intuitive as the number of flows increases.
A predictable state approach so complex, data-driven mobile apps stay debuggable.
Local storage and sync so the app keeps working without a connection and reconciles data when it returns.
Reliable notifications and typed backend connections with clear loading and error handling.
Profiling to keep the app smooth, plus build and submission for the App Store and Play Store.
React Native brings AI features to both mobile platforms from shared code, and lets you reuse patterns from a React web app. The device handles capture and presentation while a secure backend runs the models.
Chat and assistant experiences that behave the same on iOS and Android from one codebase.
Model output rendered as it streams in, so assistants feel responsive on mobile.
Camera and microphone capture that sends input to a backend model for transcription, visual search, or generation.
In-app search and answers grounded in your own content through a retrieval backend, rather than generic responses.
Model calls routed through your backend, with approval steps so a person confirms important AI results before they are used.
Mobile products where reusing React skills and logic across web and mobile speeds up delivery.
A first mobile product that needs iOS and Android without funding two native teams.
Feature-driven apps for booking, delivery, media, or community use.
A mobile front end that shares APIs and some logic with an existing React web app.
We identify shared features and any native-specific needs before starting.
We plan navigation, state, and where native modules will be required.
Builds for both platforms each cycle let you test the real app on iOS and Android together.
Component and integration tests plus review catch issues across both targets at once.
We handle build configuration and submission to both stores.
Crash and performance monitoring on both platforms guides the next iteration.
A full-time developer for long-term cross-platform mobile work.
A React Native engineer who joins your team and works within your process.
A defined MVP or feature set delivered to an agreed scope for both stores.
Ongoing updates and fixes for a live React Native app.
React Native is often the better fit when your team already works in React and TypeScript, since skills and some logic carry over. Flutter can offer very consistent rendering out of the box. Both are strong; we recommend based on your team and product, not a fixed preference.
Yes. Most of the app is shared JavaScript or TypeScript, and native modules bridge to platform-specific capabilities or existing SDKs when a feature requires them.
Yes. A developer can review the current architecture and navigation, then add features and address performance or stability issues within your codebase.
Yes, where they fit. Common patterns are cross-platform conversational assistants with streaming responses, voice or image capture processed by a backend model, and retrieval-grounded search, all from shared code.
Often, yes. Business logic, types, and API clients can frequently be shared between a React web app and a React Native app, which reduces duplication and keeps behavior consistent.