React Native app development that ships

Every React Native build we take on runs on the same stack, for the same reason: it lets a small, senior team ship production apps without reinventing infrastructure for each client. We picked each piece for a specific cost or time reason, not because it's trendy.

• Expo — managed workflow with config plugins for native modules, so we rarely need to eject into raw native code. Over-the-air updates mean small fixes reach users without waiting on a new store review, which matters the week after launch when real users find the bugs your test devices didn't.
• EAS cloud builds — builds run in the cloud, not on a laptop. That means reproducible builds that don't depend on one machine's Xcode version or local certificates, and we can queue an iOS build without owning a Mac or paying for one just to compile.
• Supabase — Postgres, auth, storage, and edge functions behind one API. It behaves like a managed backend without the lock-in, because underneath it's a real Postgres database you can export any time, on any host, if you ever want to leave.
• TypeScript strict mode — every project ships with strict type-checking on from day one. Fewer runtime crashes, fewer silent bugs, and fewer surprises when a backend field type changes six weeks into a build and nothing warns you until a user hits it in production.

This isn't the only way to build a mobile app, but for most startup and small-business apps, it's the fastest realistic path from idea to a real store listing — and it's the exact stack we run in production for our own products, so we feel every rough edge before a client does. If a piece of this stack stops being the right call for a given project, we'll say so instead of forcing a fit.

Building iOS and Android natively means maintaining two codebases in two languages — usually Swift for iOS and Kotlin for Android — with two engineers, or one engineer context-switching between them all day. React Native collapses that into one codebase and one team, sharing the large majority of business logic, state management, and UI between platforms.

Platform differences still matter, and we don't paper over them. Navigation gestures, permission prompts, push notification behavior, and a handful of screens get tuned per platform where it actually affects the experience. A share sheet should feel native on both, even if the button that opens it is the same component underneath.

But the core of the app — the screens, the state, the API calls, the business rules that took the most engineering time to get right — gets built once and shipped twice. For most projects that means a materially shorter timeline and a smaller bill than building the same app twice from scratch, without asking users to accept a worse experience on either platform.

This is also why cost estimates for React Native apps tend to undercut native-only quotes by a wide margin for the same feature set: you're paying for one build effort that ships to two stores, not two separate engineering tracks that happen to look similar.

Playro, our social network for gamers, is live on the Play Store, built on this same React Native, Expo, and Supabase stack — the one we use for client projects, not a simplified demo version of it. It handles real-time matchmaking data and a live user base, which is exactly the kind of load a stack claim should have to survive.

Stusher, our mobile recommendation app, is also live and runs on React Native with Expo Router and Zustand for state management, proving the stack scales past a single product without a rewrite between apps.

FadeChats, our privacy-first chat product, is a web app, not React Native — built with Next.js and WebRTC for peer-to-peer messaging with zero message storage. We mention it here because it's proof we ship real, live products across both mobile and web, not just client work, and we're upfront about which stack built which product instead of blurring the line for a better pitch. See the full product roadmap →