What is the difference?
Cross-platform
- One main codebase for iOS and Android
- Faster to build and change both versions together
- Very good for forms, lists, maps, payments and accounts
- Some platform-specific work still needed
- Depends on the framework keeping up with Apple and Google
Native
- Separate apps in each platform’s own language
- Full, direct access to every device feature
- Best for heavy graphics, audio, AR or complex hardware use
- Two codebases to build, test and maintain
- New platform features available straight away
Are cross-platform apps slower?
For typical business apps, users rarely notice a difference. Modern frameworks render smooth screens and handle everyday tasks well. Differences appear at the edges: heavy animation, large data sets on the device, real-time media or deep hardware use. If your app lives at those edges, native is worth the extra effort.
Startup time, app size and battery use are also worth testing on older, cheaper phones — not just the latest models in the office. Real customers often use devices a few years old, and that is where performance differences show first.
Which approach fits which app?
| App type | Usual fit |
|---|---|
| Customer accounts, ordering, bookings | Cross-platform |
| Internal tool for staff or field teams | Cross-platform |
| Companion app for your online store | Cross-platform |
| Camera, Bluetooth or sensor-heavy app | Native, or cross-platform with native modules |
| Games, AR or advanced graphics | Native or a game engine |
| Only one platform needed | Native for that platform |
These are starting points. The final choice depends on your feature list and who will maintain the app.
What about maintenance over the years?
Maintenance often matters more than the first build. With one codebase, a bug fix or new feature usually ships to both platforms together. With two native codebases, every change is made twice and tested twice. On the other hand, a cross-platform app depends on its framework and plugins staying current — choose well-supported, widely used tools and keep them updated.
- Ask who will maintain the app in two years, and what skills they have.
- Check that any plugin your app relies on is actively maintained.
- Plan for yearly updates when iOS and Android change.
Do you need an app store app at all?
Sometimes a well-built web app or progressive web app does the job: no store review, instant updates, works on any device. If your users don’t need push notifications, offline use or device hardware, start there and build a store app when the need is proven.
How do you make the final call?
- List the device features — Camera, location, Bluetooth, offline use, background tasks — note each one.
- Check your users’ phones — If almost everyone uses one platform, a single native app may be enough.
- Look at the next few years — Who will maintain it, and how often will it change?
- Prototype the hardest part — Build the riskiest screen or feature first and test it on real devices.
- Decide and document — Record why you chose the approach, so future changes respect it.
Questions we get asked
Is Flutter or React Native better?
Both are mature and widely used. The choice usually comes down to your team’s skills and any specific libraries the app needs.
Can a cross-platform app use the camera and GPS?
Yes. Common device features are well supported; unusual hardware may need some native code.
Will Apple and Google accept a cross-platform app?
Yes. Store approval depends on following their guidelines, not on the framework. We publish under your own Apple Developer and Google Play accounts.
Can we switch from cross-platform to native later?
You can, but it is effectively a rebuild. Choose with your next few years in mind.
Something else on your mind? Ask us directly →
