Mobile development

React Native or native apps: choosing for a business project

Compare shared-code mobile development with platform-specific apps using your actual features, team and testing requirements.

Compare the jobs the app must do

There is no useful answer to 'which mobile framework is best?' without the feature list. A customer app that shows orders and accepts simple requests has different needs from a navigation app that tracks movement in the background.

Write down the important screens, device permissions, connections to existing systems and what must happen when the phone has a poor signal. Then identify anything that depends on Android or iOS behaving in a particular way. That is where the implementation approach matters.

Where React Native can fit

React Native allows developers to share much of an application's interface and business logic across Android and iOS. It can be attractive when the same workflows exist on both platforms and the team wants to maintain one main application codebase.

Shared code does not mean zero platform-specific work. Notifications, location permissions, payments and background tasks may still require native integrations and separate testing. The number and complexity of those integrations affect delivery effort.

  • Similar screens and workflows across platforms
  • Forms, dashboards, accounts and standard API-driven features
  • A team already comfortable with React and TypeScript
  • A plan to test real devices on each supported platform

When platform-specific development deserves a closer look

An application relying heavily on specialised hardware, low-level operating-system APIs, complex background behaviour or graphics may benefit from more native code. Sometimes only one feature needs a native module; in other cases, separate applications are easier to manage.

Do not decide based solely on how smooth a demo looks. Check the exact capabilities the product needs, the devices people use and the level of platform-specific engineering the project can support.

Count maintenance and release work

The cost of a mobile app continues after its first store release. Operating systems change, dependencies need updates and stores introduce new requirements. Someone must monitor crashes, manage signing credentials and test changes before shipping them.

Ask who will own the build pipeline, source repository, signing keys, store accounts and backend. A lower initial quote can be expensive later if these responsibilities are unclear.

Test the decision with one demanding workflow

If your team is undecided, identify the trickiest essential feature and test it early. For a field app, that might be location updates under low power or a long offline period. For a commerce app, it may be a complex payment return flow.

A short technical prototype focused on that risk gives more useful information than arguing about frameworks in general. Once the risky behaviour works on the target devices, the rest of the architecture can be chosen with greater confidence.