Mobile App Development

Native iOS development in Swift

We build iOS apps in Swift with SwiftUI, dropping to UIKit where a screen's performance or platform behaviour demands it. Native means engaging the platform properly: background execution budgets, push via APNs, StoreKit payments, Keychain-backed credential storage, and the app-review realities that decide whether your launch date holds.

Performance is treated as a feature: cold-start time, scroll hitching, and memory pressure are measured with Instruments before release, not investigated after one-star reviews.

Native Android development in Kotlin

Android work is Kotlin with Jetpack Compose, structured around lifecycle-safe architecture (ViewModel, coroutines, Flow) so rotation, process death, and aggressive battery managers don't corrupt state. We engineer for the device spread that Indian consumer apps actually meet: low-RAM handsets, patchy networks, and OEM-modified Android versions.

Play Store delivery is automated — signed bundles, staged rollouts, and crash-gated promotion — so shipping a fix is a routine, not an event.

Kotlin Multiplatform: shared logic, native UI

Kotlin Multiplatform is the right call when your business logic is complex and your UI must stay native: one tested implementation of networking, caching, validation, and sync, with SwiftUI and Compose screens on top. You avoid the double-implementation bug class without giving up platform-native feel.

We scope the shared layer deliberately — domain and data, not UI — because KMP fails when teams force it to be Flutter. The result is a codebase either platform team can own later.

Flutter, where it genuinely fits

Flutter earns its place when speed-to-both-stores dominates and deep platform integration doesn't: MVPs validating a market, internal tools, content-led consumer apps. We build Flutter with the same discipline as native — typed models, layered architecture, golden tests — and we'll tell you plainly when Flutter is the wrong choice for your roadmap, because migrating away later costs more than choosing right now.

Taking over and modernizing existing apps

We also inherit apps other teams built: crash-prone codebases, abandoned projects, apps stuck on frameworks two majors behind. The engagement starts with an architecture and stability review, then a prioritised plan — stabilise crashes first, then pay down the debt that blocks your next features. You get honest findings in plain language, including the option we'd choose in your seat.