Mobile Development
React Native | Flutter
One codebase runs on both iOS and Android, so you ship faster and reach both platforms at once. For the vast majority of apps, performance is effectively indistinguishable from native — the gap only shows up in graphics-heavy or computationally intensive cases. You iterate quickly, since changes land on both platforms in a single effort, and building once instead of twice is naturally more cost-efficient.
Start the projectAdvantages
Fast time-to-market; near-native performance for most use cases; one shared codebase; cost-efficient.
Limitations
Lower ceiling for performance-intensive features; some platform-specific capabilities need native modules; occasional design-consistency work across OSes.
Best for
Most standard apps; MVPs and prototypes; products that need both platforms without doubling the engineering effort.
Swift | Kotlin
When you need the fastest, smoothest experience possible and full access to the phone’s hardware — camera, sensors, GPS, background processing — native is the right call. It delivers the highest performance, the most responsive UI, and the strongest security. The trade-off is that you build and maintain two separate codebases, so it costs more and takes longer to ship.
Start the projectAdvantages
Highest performance and responsiveness; full access to device hardware and OS features; best-in-class native UX; strongest security.
Limitations
High upfront and maintenance costs; slower time-to-market; separate codebases for iOS and Android.
Best for
Performance-critical or graphics-heavy apps; products that lean heavily on device hardware; complex apps where UX quality is a competitive advantage.
Service Workers | Web App Manifest
A PWA makes your responsive website behave like a real app — without the app store, the download, or a second codebase. The real value isn’t the “add to home screen” prompt almost nobody taps; it’s that a single web build feels far more native than a standard responsive site. Service workers cache the app shell so navigation is near-instant and the site stays usable on flaky or offline connections, full-screen mode and smooth transitions make it feel like an app rather than a sequence of page loads, and you ship everything through one URL with instant updates.
Start the projectAdvantages
App-like UX on top of your existing web presence; reliable performance on poor connections via offline caching; push notifications (now on iOS too) for re-engagement; instant updates with no app-store review queues; strong discoverability and SEO.
Limitations
No app-store presence; access to some device hardware is still more limited than native; very performance-intensive or graphics-heavy use cases are better served by native.
Best for
Turning a responsive site into a fast, engaging product; content, commerce, and SaaS interfaces; reaching users across devices from one codebase at the lowest data and maintenance cost.
Delivery phases
Discovery
We pin down what’s worth building before anyone commits budget.
You get: a scoped plan, a prioritized feature set, and a flat “no” on the parts that aren’t worth it.
Design & Architecture
Decisions get made on paper, where they’re cheap to change.
You get: a clickable prototype and an architecture that won’t need rebuilding in a year.
Build
Working software from the first sprint — not one reveal at the end.
You get: shippable increments you can use and test as they land, not a black box.
Launch & Care
We hand over a system that’s documented, observable, and operable — not a pile of code and good luck.
You get: a live system, the docs to run it, and a clean handover.