📱 iOS • Android • React Native • Flutter

Apps that survive the next OS release

iOS and Android, native or cross-platform. What happens after launch — release cadence, OS upgrades, crash triage — decides whether it stays good.

What we actually build

Six things, and the trade-off each one carries

Swift and SwiftUI. Native earns its cost when you lean on platform capability or need the interface to feel exactly right.

Kotlin, across a device and OS-version spread far wider than iOS. The test matrix is the cost people forget to budget.

One codebase for both, trading some polish and platform fidelity for roughly half the maintenance. Frequently the right call — not always.

No install step and no store review, at the cost of the platform features iOS still withholds from the web.

The part that decides whether it stays good: OS upgrades, deprecations, crash triage, and a release cadence that does not stall.

The server side an app lives on — auth, sync, push, and behaving sensibly when the phone has no signal.

Four stages, with a build you can install at each one

What the app is for, and what it does not need to do. Scope and price agreed before code.

Screens and flows, tried on a real device before they are built — a thumb reaches far less of a screen than a mouse does.

Built in increments you can install yourself, tested on real hardware rather than only in a simulator.

Store submission, and the maintenance that keeps it working through the next two OS releases.

If people will not open it weekly, a good mobile site costs less and avoids two store reviews. We will tell you which one you need.