Technology · Mobile
Apps built specifically for Android, with full access to the phone's hardware, background location and company-managed devices.
How we use it
We build native Android apps in Kotlin with Jetpack Compose when an app depends on Android-specific capabilities, such as background location, external hardware, kiosk mode or Android POS terminals.
Official site: developer.android.com (opens in new tab)
A native app for Android is written in Kotlin, Google's recommended language, and built only for Android phones, tablets and terminals. It can use every part of the device directly, from background location to Bluetooth printers. For you, that matters when the app is a working tool your staff rely on all day, not only a shop window.
Most smartphone users in India are on Android, and many business apps run only on company-issued Android devices. For these, a native app gives full control over background work, battery behaviour and hardware, which delivery partner tracking or inspection apps with external sensors need.
Use cases
Shift-long tracking with foreground services and battery-aware updates.
Card readers, receipt printers and scanners.
Locked-down apps deployed through device management.
Bluetooth Low Energy links to meters, sensors and wearables.
Local databases with reliable background sync.
Every Android feature is available as soon as it ships, with no waiting for third-party plugins.
Background work respects Doze and manufacturer battery limits, so location updates keep flowing through a shift.
Lean builds suit devices with limited storage.
Kotlin coroutines, Jetpack libraries and Compose UI keep the code current and easier to hand over.
Plain-English glossary
Services
Native Android apps in Kotlin and Jetpack Compose, designed for entry-level phones, patchy networks and the background limits of popular Android brands.
Native and cross-platform Android and iOS apps, from first release through regular store updates, built by our in-house designers and engineers.
Solutions
Custom fleet management software for GPS tracking, trips, driver apps, compliance reminders, maintenance and freight billing.
Custom point-of-sale software with offline billing, UPI QR payments, GST invoices, hardware integration and central control for multiple outlets.
Hyperlocal delivery apps linking neighbourhood stores, pick-up-and-drop requests and delivery partners within a city, with zone-based dispatch and pricing.
Rider app, driver app, dispatch engine and admin console for cab, auto, bike taxi, rental and outstation services, with UPI, cash and live tracking.
Work
Illustrative projects that show how we plan and build products that use Android (Kotlin). They are samples, not client work.
Device management & kiosk solutions
An illustrative kiosk product for retail chains: locked Android tablets for catalogues and price checks, a staff launcher, and a console to enrol, update and monitor every device.
Runs on
Built with
Industries
Industries whose typical builds with us include Android (Kotlin).
FAQ
Many manufacturers add aggressive battery optimisation on top of standard Android, which can stop background services. For shift-long tracking we use a foreground service with a visible notification, explain each location permission clearly, adjust update frequency to movement and guide users to exempt the app from battery optimisation on affected brands. We test across several manufacturers.
Yes. Options include managed Google Play private apps distributed through your mobile device management system, internal testing tracks for small groups, or direct APK installation for devices outside Google Play. For company-owned devices, dedicated-device (kiosk) mode can restrict the phone to your app. We recommend an approach based on how many devices you have and who manages them.
Kotlin. It is Google's recommended language for Android, and modern libraries such as Jetpack Compose are designed around it. It is more concise and helps prevent common null-pointer crashes. Existing Java apps don't need a rewrite: Kotlin works alongside Java in the same project, so we add new features in Kotlin and convert older code gradually where it's worthwhile.
Next step
Tell us which devices and hardware the app must support, and we'll plan the build around them.
