Android App Development Outsourcing Company

What we build

Our Android developers build everything from consumer mobile apps to enterprise applications, from e-commerce platforms to productivity tools. They work with native Android development using Kotlin or Java, modern UI with Jetpack Compose or Material Design, and integrate with backend APIs, databases, and cloud services.

We've built everything from high-traffic social media apps to complex financial applications, from on-demand delivery platforms to healthcare management systems. Our developers understand that Android isn't just a platform—it's an ecosystem with powerful tools, libraries, and best practices, and they know how to use them effectively.

Technologies and frameworks

Our developers are proficient across the Android ecosystem. They work with Kotlin as the primary language, understand modern Android architecture components like ViewModel, LiveData, Room, and Navigation. They build UIs with Jetpack Compose or traditional XML layouts with Material Design. They integrate with Retrofit for networking, Coroutines for async operations, and Hilt for dependency injection.

On the backend integration side, they work with RESTful APIs, GraphQL endpoints, Firebase services, and cloud storage. They understand how to handle authentication, push notifications, offline storage, and background processing. They know how to optimize for performance, handle memory efficiently, and ensure apps work smoothly across different Android versions and devices.

Kotlin and modern Android

Native Android apps built with Kotlin, leveraging modern language features and best practices. Our developers write clean, maintainable code using Kotlin coroutines, extension functions, and data classes. They understand how to structure Android projects, manage dependencies with Gradle, and ensure code quality throughout the development lifecycle.

Jetpack Compose

Modern UI development with Jetpack Compose, Google's declarative UI toolkit. Our developers build beautiful, responsive UIs with Compose, understand state management, navigation, and theming. They know how to migrate from XML layouts to Compose, optimize for performance, and create reusable UI components.

Android Architecture Components

MVVM architecture with ViewModel, LiveData, Room, and Navigation. Our developers structure apps following Android's recommended architecture, understand lifecycle-aware components, and build apps that are testable, maintainable, and scalable. They know how to handle configuration changes gracefully and manage app state effectively.

Testing and quality

Unit tests with JUnit and Mockito, UI tests with Espresso, and end-to-end tests. Our developers write tests alongside features and maintain high code coverage. They understand how to test ViewModels, repositories, and UI components effectively. They know how to write integration tests and ensure apps work correctly across different scenarios.

Performance optimization

Apps that load fast and stay responsive. Our developers optimize app startup time, reduce memory usage, and ensure smooth animations. They profile regularly with Android Profiler, identify bottlenecks, and optimize for performance. They understand how to handle large lists efficiently, optimize images, and ensure apps work well on low-end devices.

1. Discovery: We align on goals, app requirements, target audience, tech stack, and team size. We define success metrics, delivery cadence, and communication protocols. We understand your business requirements, design preferences, and performance goals.
2. Team assembly: We handpick Android engineers matched to your requirements. You interview final candidates (typically 3–5 per role) and choose who fits best. We ensure the team has the right mix of Android, Kotlin, and mobile development experience.
3. Onboarding: Developers ramp up on your codebase, Android architecture, tools (Android Studio, GitHub, CI/CD), and Definition of Done. They understand your coding standards, development processes, and business domain.
4. Integration: Developers join your standups, PR reviews, sprint planning, and design reviews. They function as embedded engineers, not a black box. They communicate regularly and transparently about progress and blockers.
5. Delivery: Sprint-based execution with clear goals, measurable outcomes, and regular demos to stakeholders. Developers deliver working features incrementally and iteratively, ensuring features are production-ready.
6. Scaling: Flex team size up or down based on priorities, roadmap changes, and budget constraints. We adjust the team as your needs evolve, whether you need more Android developers or specialized skills like UI/UX design.

Native Android expertise

Our developers understand Android's architecture, lifecycle, and best practices. They know how to build apps that work well across different Android versions, screen sizes, and device capabilities. They understand Android's permission system, background processing limitations, and how to optimize for battery life and performance.

Kotlin and modern practices

Kotlin is the preferred language for Android development, and our developers are Kotlin experts. They leverage Kotlin's features like coroutines, extension functions, and data classes effectively. They write clean, maintainable code following Android's recommended architecture patterns and best practices.

UI/UX excellence

Our developers understand Material Design guidelines and build UIs that are intuitive and beautiful. They work with Jetpack Compose or traditional XML layouts, understand responsive design, and ensure apps work well on phones, tablets, and foldable devices. They know how to create smooth animations and transitions that enhance user experience.

Performance optimization

Our developers know how to build Android apps that perform. They optimize app startup time, reduce memory usage, handle large datasets efficiently, and ensure smooth animations. They profile regularly with Android Profiler, identify bottlenecks, and optimize for performance. They understand how to ensure apps work well on low-end devices and different network conditions.