Native Android with Kotlin
Kotlin and Jetpack Compose — the modern declarative UI, not old XML layouts — for the smoothest performance, full platform access, and an app that feels native because it is.
Mobile
Mobile app development — native Android & cross-platform, done right
We build mobile apps two ways — native Android in Kotlin and Jetpack Compose when the app deserves it, or Flutter and React Native when one codebase should ship to both stores. Offline-first, released, and chosen for your app, not our habit.
Kotlin
native Android, Compose
Flutter / RN
one codebase, two stores
Offline-first
works without a signal
Native versus cross-platform is a real decision, not a religion.
Cross-platform ships to both stores from one codebase and is right for most apps. Native Android earns its extra cost when you lean on sensors, the camera, background work or platform polish. Picking wrong is expensive later, so we make that call for your app honestly before a line of code — not by defaulting to whatever we like writing.
What we build
The parts that decide whether it works.
Flutter cross-platform
One Flutter codebase to Android and iOS that renders its own UI, so it looks identical and stays fast on every device — right for design-led apps that want both stores without two teams.
React Native
One React Native codebase when your team already knows React or JavaScript, sharing logic and skills with a web app while still shipping real native apps to both stores.
Release & offline-first
Play Store and App Store submission handled end to end, plus offline-first data and sync so the app keeps working on a train or in a lift, not just on office wifi.
How we work
Scoped, shipped weekly, handed over clean.
01
Choose the approach
We scope the app, decide native or cross-platform for real reasons, and give a fixed estimate before any build — no default, no religion.
02
Build on real devices
Working software each week tested on actual phones, including the offline and poor-signal cases, so you steer it instead of waiting for a reveal.
03
Ship to the stores
We handle Play Store and App Store review, hand over readable code you own, and support the app after it is live.
Where it fits
What teams hire us to build.
- A cross-platform app shipped to Android and iOS from one codebase
- A native Android app that leans on the camera or sensors
- A companion mobile app for your existing web product
- An offline-first app for the field, warehouse or transit
- A startup MVP that needs to be on phones fast
- Rescuing a stalled Flutter or React Native build
Questions
What clients ask before we start.
Should we go native or cross-platform?
It depends on the app, and we will tell you straight. If you lean hard on the camera, sensors, background work or platform-specific polish, native Android in Kotlin earns its cost. If it is mostly screens, forms and API calls and you want one team shipping to both stores, Flutter or React Native is the honest choice. We pick for your app, not for whichever we feel like writing.
Do you build native Android?
Yes — Kotlin with Jetpack Compose, the modern declarative UI toolkit, not the old XML-layout way. Native is where you get the smoothest performance, real access to platform APIs, and UI that feels like it belongs on the device. When the app deserves that, this is what we reach for.
Flutter or React Native — which do you use?
Whichever fits. Flutter renders its own UI so it looks identical on every device and stays fast, which suits design-led apps. React Native lets a JavaScript or React team reuse skills and share logic with a web app. Both ship one codebase to Android and iOS. We match the tool to your team and product rather than defaulting to one.
Can you handle the Play Store and App Store release?
Yes — signing, store listings, screenshots, privacy declarations, and the review process for both. Apple review is stricter and rejects for reasons that catch first-timers out, so we prepare for it rather than discovering it on submission day. You get an app that is actually live, not a build sitting on a laptop.
What about offline and poor connectivity?
We build offline-first when the app needs it — a local store as the source of truth, with sync that reconciles when the signal comes back, so the app keeps working on a train or in a lift. Treating the network as always-on is the classic mobile mistake; we design for the network dropping because it will.
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