Cross-platform apps

One codebase, built with Flutter or React Native, that ships to both iOS and Android without duplicating the work twice.

In depth

What cross-platform apps really involves

Cross-platform means writing most of the app once and running it on both iPhone and Android. One team, one set of features to keep in sync, usually a smaller bill than two native apps. For many business apps made of lists, forms, profiles and payments, people can't tell the difference.

It has limits, though. If your app leans on platform specifics like advanced camera control, heavy animation or background processing, you'll need some native code alongside the shared code. And new OS features sometimes reach the frameworks a little late. So the useful question isn't whether cross-platform is good. It's whether your particular feature list sits comfortably inside what it does well.

We answer that before you spend anything. We go through your screens, flag what needs native work, and say whether you'll genuinely save money. If one platform would be better built natively, we'll say that too. A rebuild later costs far more than an honest answer now.

Why it matters

How this helps your business grow

Cuts development time and cost compared to building two separate native apps
Keeps both versions in sync, feature parity by default instead of by extra effort
Still ships fully native-feeling apps to both app stores

What's included

What we set up for you

Framework choice (Flutter or React Native) recommended based on your app's needs
Shared UI/UX design that adapts sensibly to both platforms' conventions
Single-codebase development, testing on both iOS and Android devices
Submission support for both the App Store and Play Store

How it goes

How we approach cross-platform apps

01

Check each feature

We mark every planned feature as shared code, needs a native module, or risky. That list shows whether cross-platform is a sound choice or a false economy.

02

Share the design, respect each platform

One set of components keeps both apps consistent, with small platform touches so each still feels at home on its phone.

03

Test both, always

Shared code is written once, but we test on both platforms and on real devices. Bugs that show up on only one side are exactly what this approach can hide.

04

Plan for framework upgrades

These frameworks update often. We set expectations for keeping dependencies current so the app isn't stranded on an old version.

Ideal for

Who this fits

01

Startups that need both platforms without doubling the budget

02

MVPs validating an idea across both stores at once

Watch out for

Common mistakes, and how we avoid them

Choosing it only because it's cheaper

If half your features need native modules, the savings shrink. We cost the real plan first.

Making both apps look identical

Forcing exactly the same UI on iOS and Android can feel wrong on both. We share structure and respect habits.

Fragile third-party packages

Abandoned libraries break on new OS versions. We choose well-maintained ones for anything important.

FAQ · 05

Cross-platform apps: common questions

For typical business apps you won't notice. Very graphics-heavy or animation-heavy products are where native tends to pull ahead, and we'd flag that early.

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