Native iOS and Android, or cross-platform where it makes sense — with the backend, the offline behaviour and the store submissions handled, not left as your problem.
Not in the demo. In the basement, the loading bay, the lift lobby — wherever the signal drops.
An app used by staff in the field lives in conditions no office test covers. One bar of signal. A cracked screen in direct sunlight. Gloves. A driver who has ninety seconds between drops and will abandon anything that takes longer.
That is a design constraint, not a nice-to-have. It decides whether the app writes locally and syncs later, how large the tap targets are, whether the flow survives a mid-form phone call, and what happens to a submission made in a tunnel. We build for those conditions first, because an app your team works around is worse than no app.
Whether native or cross-platform is decided on your requirements, not our preference.
Swift and Kotlin where performance, hardware access or platform conventions matter enough to justify two codebases.
Flutter or React Native when the app is largely the same on both platforms and one codebase halves the maintenance.
Local storage, queued submissions and conflict resolution, so work carries on when the network does not.
APIs, authentication, push notifications and the admin side your operations team uses to manage what the app shows.
Bluetooth and NFC device pairing, telemetry display and control — the bridge between hardware in the field and systems in the office.
MDM deployment for internal apps, or full App Store and Google Play submission, review handling and release management.
Everything below is yours to keep, and to take elsewhere if you ever decide to.
The fastest way to judge whether we can build your system is to look at one we already run in production.
ITMOS includes a driver mobile app used in exactly these conditions — job assignment, route sequencing and electronic proof of delivery, working offline and syncing when signal returns. It is the clearest example of how we build for the field rather than the demo.
Proof of delivery, job updates and inspections captured where the work happens rather than typed up afterwards.
Booking, account access and notifications, where an app beats a mobile website because of push and offline access.
Structured capture with photos, timestamps and signatures that hold up when someone asks for evidence.
The system the app talks to.
See custom softwareWhen the app is the interface to hardware in the field.
See IoTConnecting the app to your existing back office.
See integrationA 30-minute call, no deck, no obligation. Tell us what is breaking and we'll say honestly whether we're the right team to fix it.
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