Cross-Platform Development
Build iOS and Android Apps from One Codebase
Why maintain two separate codebases when you can write once and deploy everywhere? Our cross-platform app development teams specialize in React Native, Flutter, and Xamarin—frameworks that let you ship iOS and Android apps faster while keeping maintenance costs predictable.
We've helped startups validate MVPs in weeks and enterprises modernize legacy apps without doubling their engineering budget. Cross-platform isn't a compromise—it's a strategic choice that makes sense when speed, consistency, and cost efficiency matter.
Cross-Platform Frameworks We Build With
Choose the framework that fits your team and goals.
Every cross-platform framework has strengths. We'll help you pick the right one based on your team's skills, performance needs, and long-term vision. Here's what we work with:
React Native
If your team already knows JavaScript or TypeScript, React Native is a natural fit. You get access to npm's massive ecosystem, hot reload for fast iteration, and the ability to drop into native code when needed. Perfect for teams coming from web development or those who want to leverage existing JavaScript skills.
Best for: Teams with JavaScript experience, apps needing rapid iteration, projects requiring extensive third-party integrations.
Flutter
Google's Flutter compiles to native ARM code, which means excellent performance and smooth animations. The widget system gives you pixel-perfect control over UI, and Dart's type safety catches errors early. If you prioritize performance and design consistency, Flutter delivers.
Best for: Apps with complex animations, teams prioritizing performance, projects where design consistency across platforms is critical.
Xamarin & .NET MAUI
Microsoft's cross-platform solution lets you share C# code across mobile, desktop, and web. If you're already invested in .NET, Azure, or Microsoft tooling, Xamarin/MAUI makes sense. You get native performance with shared business logic and can leverage existing .NET libraries.
Best for: Enterprise teams using .NET, apps requiring Windows support, organizations with Microsoft infrastructure.
Code Sharing Strategy
We architect apps to maximize code reuse. Business logic, API clients, state management, and most UI components live in shared code. Platform-specific code is isolated and minimal—only where truly necessary. This means faster feature development and easier maintenance.
We use dependency injection, platform abstractions, and clear separation of concerns so your codebase stays maintainable as it grows. You're not locked into a framework—we structure code so migration paths exist if priorities change.
Native Module Integration
Sometimes you need platform-specific features—biometric authentication, advanced camera controls, or platform-specific APIs. We bridge native modules seamlessly, so you get the benefits of cross-platform development without sacrificing access to native capabilities.
Our teams understand when to use native modules vs shared code, how to structure bridges for maintainability, and how to document platform-specific code so future developers can work with it confidently.
The Strategic Advantages of Cross-Platform Development
Building separate native apps means maintaining two codebases, two release cycles, and two sets of bugs. Cross-platform development changes that equation. Here's why it makes sense for most apps:
Faster Time to Market
You're not building the same features twice. A login screen, API integration, or payment flow gets built once and works on both platforms. That means you can validate ideas faster, respond to user feedback quicker, and ship updates simultaneously to iOS and Android users.
Consistent User Experience
When you share code, you share behavior. Features work the same way on iOS and Android, reducing user confusion and support overhead. Your design system stays consistent, and you don't end up with iOS and Android apps that feel like different products.
Lower Development Costs
One team instead of two. One codebase instead of two. One set of tests instead of two. The math is simple: cross-platform development typically costs 30-50% less than building separate native apps, especially over the long term as you add features and fix bugs.
Easier Maintenance
When you fix a bug or add a feature, you do it once. No worrying about keeping iOS and Android versions in sync. No duplicate bug reports. No "works on iOS but not Android" scenarios. Your team can focus on building features instead of maintaining parity.
When Cross-Platform Makes Sense
Cross-platform works well for most apps: social media, eCommerce, productivity tools, business apps, content platforms, and SaaS products. If your app relies on standard mobile features—navigation, forms, API calls, push notifications, in-app purchases—cross-platform will serve you well.
When native might be better: Apps requiring heavy graphics processing (games, AR), apps that need platform-specific UI patterns (iOS-only design language), or apps with complex platform-specific integrations. We'll be honest about when native makes more sense.
How We Approach Cross-Platform Projects
Building cross-platform apps requires a different mindset than native development. Here's how we structure projects for success:
Architecture First
We design code structure to maximize sharing from day one. Business logic lives in shared modules, platform-specific code is isolated, and we use dependency injection so testing and maintenance stay straightforward. The architecture supports long-term growth, not just initial delivery.
Platform Abstraction
We create abstractions for platform differences—file systems, storage, networking, permissions. This means shared code stays platform-agnostic, and platform-specific implementations are clean and testable. When iOS or Android APIs change, we update one abstraction layer, not scattered code.
Design System Consistency
We build component libraries that work across platforms while respecting platform conventions. Buttons feel native on iOS and Android, but they share the same logic and styling system. Users get familiar experiences, and you get maintainable code.
Testing Strategy
We write tests that run on both platforms, catching platform-specific issues early. Unit tests cover shared logic, integration tests verify API interactions, and E2E tests ensure features work correctly on real devices. We test on actual iOS and Android devices, not just simulators.
Performance Optimization
Cross-platform doesn't mean slow. We profile apps regularly, optimize hot paths, and use native modules where performance matters. We understand each framework's performance characteristics and optimize accordingly. Your apps will feel fast and responsive.
OUR STANDARDS
Cross-platform done right—code that works everywhere.
We don't just write code that compiles—we write code that works reliably on both iOS and Android. Every feature gets tested on real devices, not just simulators. We catch platform-specific issues early, before they become production problems.
Our code structure maximizes sharing while keeping platform-specific code isolated and well-documented. We use type safety where available, write comprehensive tests, and maintain clear separation between shared and platform-specific code. When you need to add features or fix bugs, you'll know exactly where to look.
Performance matters. We profile apps regularly, optimize hot paths, and use native modules strategically. Your apps will feel fast and responsive, not like they're running in a web view. We measure frame rates, memory usage, and startup times, and we optimize until metrics meet your targets.
CONTACT US
Get in touch and build your idea today.