Mobile App Development

Multiplatform mobile application development services

Build high-performance Android and iOS apps faster with a single codebase. We create scalable, native-like mobile applications that reduce development costs, accelerate launches, and deliver seamless user experiences across every device.

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Mobile App Development

Our multiplatform mobile app development services

Accelerate mobile app development with our multiplatform expertise. We build, migrate, test, deploy, and maintain Android and iOS applications using Kotlin Multiplatform and .NET MAUI, helping you reduce costs and speed up delivery.

Multiplatform consulting and assessment

A clear plan before we write code

We review your apps, your team's skills and your goals, then give you a written plan: which framework to use, what to share first, how long it takes and what it costs.

Offerings:
  • KMP readiness and skills assessment
  • Kotlin Multiplatform versus .NET MAUI
  • Shared code scope planning
  • First module selection
  • Migration roadmap and costing

Kotlin multiplatform development

Shared logic, native look on both

We write your business logic, data handling and validation once in Kotlin, then build a native interface for each platform in SwiftUI and Jetpack Compose. Both apps then work the same way.

Offerings:
  • Shared Kotlin business logic modules
  • Networking and data layer sharing
  • SwiftUI and Jetpack Compose interfaces
  • Native API access via expect/actual
  • Incremental adoption in live apps

.NET MAUI development

Built in C#, on the Microsoft stack

We build .NET MAUI apps in C# from one codebase that runs on Android, iOS, Windows and macOS. If your business already runs on Azure and .NET, your mobile app fits straight in.

Offerings:
  • .NET MAUI application development
  • XAML and MVVM architecture
  • Azure and Microsoft 365 integration
  • Windows and macOS desktop builds
  • Blazor Hybrid component reuse

Xamarin migration and app modernization

Move your old Xamarin app forward

Microsoft stopped supporting Xamarin on 1 May 2024. We move Xamarin. Forms apps to .NET MAUI, rebuild Xamarin.Native apps where that is the only route, and get you back to passing store checks.

Offerings:
  • Xamarin to .NET MAUI migration
  • Xamarin.Native rebuild assessment
  • Upgrade Assistant and dependency audit
  • Store compliance recovery
  • Migration versus rewrite comparison

Compose multiplatform development

Share the screens too, where it fits

We use Compose Multiplatform to build shared screens that run on Android, iOS, desktop and web. It works well for internal tools, dashboards and utility screens where the design is the same everywhere.

Offerings:
  • Compose Multiplatform screen development
  • Shared design system components
  • SwiftUI interoperability
  • Desktop and web targets
  • Selective interface sharing strategy

Multiplatform testing, release and support

Tested once, released on both stores

We test the shared code once and run the two apps on real Android and iOS devices. We publish to Google Play and the App Store, then keep everything updated after launch.

Offerings:
  • Shared module unit testing
  • Real-device testing on both platforms
  • Google Play and App Store release
  • Kotlin and .NET version upkeep
  • Post-launch monitoring and support

Want to see the plan before you commit?

We run a short readiness assessment and give you a written recommendation: the framework, the first module to share, the timeline and the cost.

Book a readiness assessment
Service Benefits

What changes when the logic lives in one place

Multiplatform app development is not about halving your team. It is about two native apps finally agreeing with each other, and a shared codebase that keeps them that way.

Stop the two apps drifting apart

When your pricing rules live in two codebases, they diverge. Support finds out before you do. One shared module means Android and iOS reach the same answer on every release.

Keep the native interface users expect

Nothing about the app feels ported. iOS keeps SwiftUI, Android keeps Jetpack Compose, and neither audience gets the uncanny sense that this was designed for somebody else's phone.

Start with one module, not the whole app

Share a login flow or a pricing engine and leave everything else alone. If it pays, extend it. Very few architecture decisions let you buy a small piece first and judge it on evidence.

Reuse what you have already built

If your Android app is written in Kotlin, most of the logic exists. Multiplatform lets the iOS app inherit it rather than reimplement it from a specification document and hope the two match.

Cut the QA surface, not just the code

One tested rule serves both apps. Your regression suite covers the shared module once, instead of chasing the same defect through two platforms twice a release, forever.

Keep a way out

If it stops paying, the shared module gets rewritten in Swift and both apps carry on. Google reached the same conclusion about their own KMP work. A bounded downside is rare in framework decisions.

Our Approach

How we get there without breaking your live app

Multiplatform app modernisation works best in small bites. We start with one module inside the app you already ship, prove it in production, then widen the shared layer from there.

Readiness assessment

We look at your codebase, your team's Kotlin and C# depth, and your release cadence. If the answer is stay native, you hear it in week two rather than month six.

Framework decision

We choose between Kotlin Multiplatform, .NET MAUI and staying native based on the stack you already run, not the one we would enjoy. You get the reasoning in writing. 

Pilot module

We pick one self-contained piece, usually authentication or a calculation engine, and share it. Small enough to reverse, real enough to settle the argument.

Shared architecture

We draw the line between shared logic and native interface, then build the shared layer with a clean API on each side. That line is the entire design decision.

Native interface build

We build or keep SwiftUI on iOS and Jetpack Compose on Android, wiring each to the shared module. Both apps stay recognisably themselves.

Release and expansion

We ship to both stores, then widen the shared layer module by module as the returns justify it. You expand on evidence rather than on faith.

Bring us your two native apps

We will tell you which parts should be shared, which should stay where they are, and what it costs to find out for certain.

Talk to an expert
Case Studies

We have stories to inspire you

Explore our portfolio of successful cloud transitions, where we've empowered businesses to thrive in the cloud. Our case studies reflect our Azure and AWS services expertise, showcasing how we've guided companies through their cloud journeys.

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Transforming healthcare access & bridging the gap by building a secure telemedicine platform for quality healthcare

India’s healthcare gap runs deep and is shaped by a sharp urban-rural divide, too few doctors, and out-of-pocket costs that push people away from care…

Application DevelopmentHealthcare telemedicine platform

AI-Powered business intelligence solution for healthcare supply chain management

A hybrid-cloud business intelligence platform was developed using Microsoft Fabric and Amazon Web Services (AWS) to unify global supply chain operations for a healthcare provider.…

Application DevelopmentHealthcare pharma & life sciences

Developing a User-Friendly Website for an Advisory Firm

A modern, responsive website with a built-in content management system and optimized SEO strategy enables the client to enhance digital presence, streamline content updates, and…

Application DevelopmentEnergies Utilities & Sustainability

Accelerating Legal Research Through a Custom .NET Solution

A tailored .NET-based platform that enables users to find relevant legal information quickly, compare case data across 7,000+ pages, and cross-check jurisdiction-specific details with ease.

Application DevelopmentLegal Audit & Compliance

Have questions?

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Cross-platform frameworks such as Flutter and React Native share the interface as well as the logic, so one codebase draws both apps. Multiplatform shares the business logic and lets each platform draw its own native interface in SwiftUI and Jetpack Compose. If one codebase for everything is what you want, our cross-platform app development services cover that instead.

They will read it more than write it. Kotlin functions are called from Swift like any other API, so your iOS team works in Swift against a shared module. It is still a real change to how they work, and it is the first thing the readiness assessment tests rather than the last.

Kotlin Multiplatform if you already have an Android app in Kotlin and want native interfaces on both sides. .NET MAUI if your organisation runs on C#, Visual Studio and Azure, and you need Windows or macOS too. The answer is usually whichever ecosystem your engineers are already fluent in, not whichever is newer.

Yes. JetBrains puts the number of companies using it above 20,000, and McDonald's, Sony, Google and Careem all run it in production. It is younger than Flutter, and iOS debugging tooling still lags. Both of those things are true at once, and you should hear both before deciding.

It runs, but it cannot keep up. Microsoft stopped shipping updates on 1 May 2024, so the app will eventually fail new store requirements. Xamarin.Forms has a semi-direct upgrade path to .NET MAUI. Xamarin.Native usually needs rebuilding, and if you are rebuilding anyway, MAUI deserves comparing against Kotlin Multiplatform rather than being assumed into.

When the app is mostly interface and barely any logic. A content feed or a brochure app has nothing worth sharing, so the setup cost buys you little. Also when you need one platform only, where our Android or iOS work fits better, or when the app is so interface-heavy that a cross-platform framework would serve you better.

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