Mobile apps for iOS and Android

Real-time AR and 3D push phone hardware hard, and most app teams cannot do it; we build immersive mobile as a core strength.

An app smooth on a flagship can crawl on a mid-range phone, so we optimize for the actual device matrix, not the demo unit.

Picking wrong costs a rebuild, so we choose native or cross-platform by the app's real performance and feature needs.

iOS and Android and a wide device range behave differently, so we build and test for the spread your users actually use.

A mobile app that ignores your backend and data is a silo, so we integrate it with the systems and product around it.

A quick build does not survive real users; we build on an architecture the app can grow on, not throwaway code.

Built Platform-Agnostic

LMS integration ERP & operational data Analytics dashboards

iOS

Android

Cross-platform

01

Define the app, platforms, users.

02

Design the mobile experience.

03

Native or cross-platform and the stack.

04

Build for the target platforms.

05

Connect to backend and services.

06

Test across devices and OS.

07

Publish to the stores.

08

Maintain across OS updates.

30+

Years on the market

900+

Projects delivered

150+

In-house experts

4.8

Clutch · 46 reviews

Proof in practice

Your product where users are.

Tuned for real devices.

AR and 3D that run on a phone.

Integrated with your backend.

Mobile app development covers building applications for phones and tablets, native to iOS and Android with Swift and Kotlin, or cross-platform from one codebase with Flutter or React Native. Program-Ace covers that standard stack and the harder part most app shops cannot, real-time AR, VR, and 3D on mobile, all built and optimized to run smoothly on the actual devices your users carry, from flagships down to mid-range phones, rather than only on a demo unit.

It depends on the app. Native (Swift, Kotlin) wins when you need maximum performance, deep platform features, or heavy AR/3D workloads; cross-platform (Flutter, React Native) wins when one codebase for both platforms is the better economics and the performance demands are moderate. We make the call on your specific case, not a default.

Yes, and it is a particular strength of ours. We build mobile AR with ARKit and ARCore, and mobile VR and real-time 3D often in Unity. This immersive-mobile work, overlaying interactive 3D on the real world and keeping it smooth on a phone, is exactly the part standard app teams struggle with.

Mobile development here is the app and stack layer; custom software development is the full product, often web, backend, and mobile together. If you need a standalone app, this is the fit; if the app is one part of a larger system, we start from custom development and build the mobile piece within it. Either way it is one team.

By optimizing for the real device matrix, not the flagship. We set a performance budget for the target devices and tune rendering, memory, and battery against it, with testing on actual hardware throughout. For AR and 3D apps this is the difference between a smooth experience and one users abandon.

The full mobile spread, chosen for your audience:

• native iOS and Android
• cross-platform via Flutter or React Native
• AR-capable phones and tablets (ARKit, ARCore)
• mobile and standalone VR where it fits

We build and test across the device range your users actually use, not just one reference phone.

You do. All intellectual property, including source code and documentation, transfers to you under contract, so you can extend the app with us or take it in-house.

Cost tracks the platforms, whether it is native or cross-platform, the feature set, and whether it includes AR, VR, or 3D, so a simple app and an immersive one sit far apart. Across 900+ projects since 1992 we scope it during NDA-protected discovery, fixed-price for a defined scope or time and material for evolving work, with a clear estimate up front. For browser products see our web development.