Android App Development Services

We primarily use Kotlin for modern native Android development, and Java for legacy codebases or specific technical requirements. Our Android stack also includes Android Studio, Jetpack Compose, Android Jetpack and supporting testing and integration technologies.

That depends on the product, users, functionality and stage of development. A focused MVP can validate a new product idea, a custom Android application can support broader customer or operational requirements, while more complex applications may require scalable backend services, multiple integrations, advanced security and enterprise-level architecture.

Yes. We can define and develop a focused first release around the core product proposition and priority functionality, giving founders and startups a production-ready base for user feedback, validation and further development.

Android development costs depend on the scope, functionality, UX/UI complexity, backend requirements, integrations, security, device capabilities, testing and ongoing support required. We define these requirements during discovery and scoping before establishing a realistic project budget.

Timelines vary according to the size and complexity of the application. A focused MVP requires a different delivery programme from an integrated platform with multiple user roles, real-time functionality and supporting backend systems. Discovery and technical scoping establish the delivery timeline before full development begins.

Yes. Android applications are designed to work across supported smartphones and tablets with different screen sizes, resolutions and operating-system versions. Adaptive layouts, device testing and Android-specific UX patterns are considered throughout design and development.

Yes. We develop native Android applications using Kotlin and Java where direct access to Android capabilities, performance and platform-specific functionality are important to the product.

Yes. Where an application needs to support both Android and iOS, cross-platform development can provide a shared codebase using technologies such as Flutter or React Native. The appropriate approach is determined by the product requirements, performance needs and longer-term development roadmap.

Native Android applications are developed specifically for the Android platform, providing direct access to device and operating-system capabilities. Cross-platform development shares much of the codebase across Android and iOS, which can reduce duplicated development where the required functionality does not justify separate native applications.

Yes. API and backend integration form part of our Android development capability. Applications can connect with existing web platforms, backend services, operational systems, authentication services, payment gateways, maps, analytics and other third-party platforms required by the product.

We design Android applications around user journeys, clear interaction patterns and adaptive interfaces. Material Design principles, prototyping and usability testing help create consistent experiences across the range of Android screen sizes and supported devices.

Performance is addressed across architecture, development and testing rather than treated as a final-stage optimisation. We consider application structure, backend communication, device resources, network conditions and data handling, then test the application across representative Android devices and operating-system versions.

Our QA process combines manual and automated testing across functionality, integrations, performance, security and user experience. Testing across different devices, Android versions, screen sizes and network conditions helps identify compatibility issues, crashes and performance problems before release.

Security is considered across the application, APIs, authentication and data flows. Depending on the product requirements, this can include secure coding practices, encrypted communication, protected data storage, role-based access and security testing throughout development.

Yes. We prepare production builds for Google Play, support the required Play Console submission process and address the technical and compliance requirements associated with releasing an Android application.

Post-launch development can include production monitoring, bug fixes, performance optimisation, Android and SDK updates, security improvements and additional functionality as the application and its user requirements evolve.

Yes. We support existing Android applications through maintenance, compatibility updates, performance improvements, issue resolution and continued feature development.

Yes. We can assess an existing Android codebase, architecture, integrations, performance and technical dependencies before determining whether the right approach is optimisation, refactoring, modernisation, further development or replacement.

Yes. Older applications can be assessed and progressively modernised where appropriate, including architecture improvements, framework updates and migration of suitable components to Kotlin without automatically rebuilding the entire application.

Yes. Native Android applications can integrate supported device capabilities such as location services, cameras, biometric authentication, notifications, NFC and other hardware functionality where these form part of the product requirement.

Yes. We integrate Google Maps for location-aware features such as live tracking, store or service locators, routing, and delivery or field-operation views.

Push notifications, delivered through Firebase Cloud Messaging, keep users informed with timely alerts, reminders and updates, targeted by role, behaviour or preference.

The same approach covers other services such as Google Pay, analytics, in-app messaging and third-party SDKs, chosen to meet a product requirement rather than added for their own sake.

Yes. Applications can be designed to retain selected functionality and data when connectivity is limited, with synchronisation taking place when a network connection becomes available again.

Yes. AI capabilities can be incorporated where they support a defined product requirement, including intelligent search, recommendations, conversational interfaces, document processing, automation and personalised user experiences.

Our development process is collaborative and iterative. Requirements, priorities and technical decisions remain visible throughout the project, with regular working releases providing opportunities to review functionality and adjust priorities before the application reaches production.

Our Android development process covers discovery and scoping, architecture and technical planning, UI/UX design, native development, testing and quality assurance, Google Play deployment and ongoing development.

Look beyond the ability to write Kotlin or Java. A development partner should be able to support product discovery, Android UX/UI, application architecture, backend integration, testing, deployment and continued development, while providing clear visibility into scope, progress and technical decisions.

iSolve Mobility combines product discovery, UX/UI, native Android engineering, backend and API integration, quality assurance, deployment and ongoing support within one development lifecycle. We work with founders, startups and established organisations across new Android products, customer applications, internal tools and existing application modernisation.