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Service · Shipped to the stores, then kept alive.

Mobile appdevelopment

Native and cross-platform apps for Android and iOS, built on the framework that fits the product and maintained through store review, release and the versions after it.

The problem

Apps that reach the store once and then rot — no release process, no crash visibility, and a framework chosen from a blog post rather than the product's needs.

Who it’s for

Operators and product teams who need a real app in users' hands: drivers, field staff, customers — not a wrapped website.

Overview

Framework choice is a decision, not a default. Flutter earns its place when the interface is highly custom and animation-heavy and you want the same pixels on both platforms. React Native fits when you already have a React web team and want native components without a second language. Kotlin Multiplatform suits native-first teams who want to share business logic while keeping Jetpack Compose on Android and SwiftUI on iOS.

We build offline-first where the job demands it. Drivers lose signal; the app must keep working and reconcile later. That shapes the data layer from the start rather than being retrofitted.

Release is part of the work: signing, store metadata, staged rollout, crash reporting and the next version. We run VerCab Operations on Google Play under exactly this process.

Mobile app development

Shipped to the stores, then kept alive.

What’s included

01

Framework selection

A written recommendation with the trade-offs, before any code — Flutter, React Native, Kotlin Multiplatform or fully native.

02

Native UI where it counts

Jetpack Compose on Android and SwiftUI on iOS when the product needs platform-true interaction.

03

Offline-first data layer

Local persistence, queued writes and conflict resolution for field conditions.

04

Device integration

Location, camera, push notifications, background sync and battery-aware scheduling.

05

Store release

Signing, listing assets, privacy declarations, staged rollout on Google Play and the App Store.

06

Crash & performance monitoring

Live crash reporting and startup/frame metrics from the first release.

How the work runs

  1. 01

    Define the job

    What the user does in the field, on what device, under what connectivity.

  2. 02

    Choose the stack

    Framework recommended against those constraints, with the reasoning written down.

  3. 03

    Prototype the risk

    The hardest interaction is built first — tracking, sync or offline.

  4. 04

    Build & test on device

    Real hardware, real network conditions, not just a simulator.

  5. 05

    Store submission

    Compliance, data-safety forms and review handled by us.

  6. 06

    Monitor & iterate

    Crash-free rate watched, fixes shipped on a regular cadence.

Tools we use

FlutterDartReact NativeKotlinKotlin MultiplatformJetpack ComposeSwiftSwiftUIFirebaseSQLite / RoomGoogle Play ConsoleApp Store Connect

What you get

Live on Google Play
VerCab Operations
Offline-capable
Where needed
Crash monitoring
From v1
Store release
Handled by us

Where it applies

Field and driver apps

Location, trip logs and duty capture that keep working without signal.

Customer-facing apps

Booking, status and payments with platform-native feel on both stores.

Internal staff tools

Distributed privately to your team without a public store listing.

Companion apps

A mobile surface for an existing web platform, sharing one backend.

Frequently asked questions

Flutter, React Native or Kotlin Multiplatform?
Flutter for highly custom, animation-heavy UI with identical pixels on both platforms. React Native when you already have React developers and want native components. Kotlin Multiplatform when you want top-tier native UI in Jetpack Compose and SwiftUI while sharing business logic. We recommend one in writing after discovery.
Can one codebase serve Android and iOS?
Usually yes. Flutter and React Native share almost everything; Kotlin Multiplatform shares logic while the UI stays native per platform. Fully native is reserved for cases that genuinely require it.
Do you handle store submission?
Yes — signing, listing assets, data-safety declarations, review responses and staged rollout on Google Play and the App Store.
What happens after launch?
Crash-free rate and performance are monitored, and we ship fixes and OS-compatibility updates on an agreed cadence.

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