Android Development
Client Challenges
What clients come to us with
Companies often contact an android app development company when they need to build a new Android product, extend an existing team, or stabilize and modernize an application already in production.
The app may behave correctly on the team’s test devices but fail on hardware used by real customers. Crash and ANR reports can cluster around specific device vendors or OS versions, while responsibility for triage and root-cause analysis remains unclear across the team.
Manual regression testing, late policy issues, and release dependencies can repeatedly push planned release dates back. Fixes that are ready may remain waiting for the next release window instead of reaching users quickly.
Target API level deadlines, permission changes, background execution limits, and data safety requirements follow Google’s platform and policy timelines rather than the product team’s feature roadmap. Applications that are not maintained accordingly may eventually face restrictions on updates or availability in Google Play.
An older codebase with outdated dependencies, limited test coverage, or unclear architecture can make even small changes risky. It can also slow down onboarding, complicate estimates, and increase the effort required to support newer Android versions.
Cold startup time, memory consumption, battery usage, and overall responsiveness may look acceptable on flagship hardware but become problematic on the mid-range devices used by a large part of the audience.
After periods of poor connectivity, users may encounter stale, duplicated, or missing records. Without clear synchronization, retry, and conflict-resolution rules, these issues can be difficult for support and engineering teams to reproduce and diagnose.
The internal team may focus on backend and web development, leaving Android work dependent on engineers who only work with the platform occasionally. This can slow down releases and make platform-specific technical decisions harder to resolve.
Service Overview
Full-Cycle Android App Development, From Architecture to Long-Term Support
Our custom android app development services cover the engineering side of an Android product, including architecture, implementation, testing, release, modernization, and post-release work. An engagement can begin with a new application or with a codebase that already has users and needs further development.
The work can include requirements review, architecture, implementation, integration, testing, and preparation of the first Google Play release.
We can modernize legacy code, dependencies, architecture, and deprecated platform APIs, including migration to current Android development practices where appropriate. The goal is to improve maintainability, compatibility, and the ability to continue developing the product.
We provide ongoing engineering for applications already in production. Backward compatibility, migration requirements, integration dependencies, and release strategy can be considered according to the product and the scope of each change.
We connect Android applications to backend services, third-party APIs, and external systems. Where a required API or service does not yet exist, the integration scope can also include defining the backend capabilities the mobile product needs.
The work can include crash and ANR reduction, startup and memory profiling, testing across relevant devices and OS versions, and release preparation aligned with current Google Play policies and target API requirements.
Problem & solution
The problem
Android runs across devices from many vendors, with different OS versions, screen sizes, memory profiles, and vendor-specific behavior in areas such as background execution and battery management. Google also updates platform and store requirements over time. When Android applications become difficult to maintain, the underlying cost is often driven not only by feature complexity but also by device-specific defects, outdated architecture, insufficient test coverage, and changing platform requirements. These are common reasons companies start looking for an android software development company with deeper platform expertise.
Solbeg’s approach
We can define the device and OS support matrix based on product analytics, target-market data, and business requirements. Architecture, module boundaries, testing, CI/CD, and release strategy are then adapted to that matrix. Where appropriate, staged rollout and Play Console monitoring can be used to reduce release risk and identify regressions before a broader deployment. Legacy code can be refactored where it blocks development, while a full rewrite is considered only when the technical and business case supports it. Android development services are planned around both the product roadmap and Android platform requirements.
When this service fits
When to Bring in an Android App Development Partner
Companies may bring in an android mobile app development partner in a range of situations.
The backend, data model, and business rules may already exist. The task is to create an Android client that integrates with the same systems while providing an experience designed specifically for the Android platform.
A target API update, policy change, permission requirement, or new declaration may need to be addressed before it affects the application’s ability to publish updates or remain available to target users.
An existing codebase may need to be reviewed, documented, tested, and stabilized before further development continues. The goal is to understand the architecture, dependencies, and technical risks before new functionality is added.
Android applications can support field service, logistics, warehouse, retail, and other internal workflows, including scenarios involving managed or shared devices and distribution outside the public store.
Some Android products need to communicate with peripherals, sensors, industrial systems, or other external hardware. In these cases, protocol handling, connection stability, error recovery, and platform integration can become important technical requirements.
A product may need focused engineering work when crash rates, ANRs, startup performance, or other quality indicators begin to affect users and releases.
The client can retain ownership of the roadmap while adding Android engineers for a defined scope or period. Android application development solutions in this model can be adapted to the processes, tools, and engineering practices already used by the internal team.
What the work includes
What's Included in Android App Development
The exact composition depends on the project and on what the client’s team already covers. Android mobile application development services can include the following areas.
Android engineering
Work can cover application architecture, interface implementation, the data layer, offline behavior, background processing, and integration with Android platform services. Development follows the agreed minimum and target SDK requirements, with engineering and code review practices defined according to the project setup.
Backend and API integration
The scope can include API contract review, authentication, error handling, retry logic, and synchronization with backend services. Where a required API does not yet exist, the team can define the capabilities and data the Android client requires.
QA and test automation
Testing can combine physical devices, emulators, and device-cloud coverage according to the agreed device and OS matrix. Unit, integration, instrumentation, and regression tests can be applied depending on the product’s architecture, quality requirements, and delivery setup.
Release engineering
Release work can include build configuration, signing, Google Play release tracks, staged rollout where appropriate, and store listing preparation aligned with current policy and target API requirements.
Post-release engineering
After release, the work can include crash and ANR monitoring, performance profiling, issue triage, and follow-up releases using Play Console and other agreed monitoring tools.
Why Solbeg
Why Companies Choose Solbeg for Android Development
Solbeg combines Android engineering expertise with backend, QA, integration, release, and delivery capabilities to support both new applications and products already in production. Our teams can work across the full delivery lifecycle while adapting the engagement to the product’s architecture, supported device base, roadmap, and existing technology environment.
Android platform expertise
Solbeg develops and supports Android applications with platform-specific requirements in mind, including device fragmentation, OS compatibility, background behavior, performance, and Google Play requirements. This helps teams address Android-specific technical challenges as part of the overall product roadmap rather than as isolated release issues.
Experience with applications already in production
Solbeg can take over existing Android products with established codebases, integrations, users, and business logic. Our teams can review the architecture, dependencies, test coverage, build configuration, and technical risks, then define a practical path for stabilization, modernization, or further development without assuming that a complete rewrite is required.
QA across devices and OS versions
Dedicated QA specialists can test applications across physical devices, emulators, and device-cloud environments according to the agreed device and OS matrix. Testing can cover functionality, compatibility, stability, performance, integrations, and Android-specific behavior throughout the delivery lifecycle.
Backend and system integration capabilities
Android applications can be integrated with existing backend services, internal systems, third-party APIs, and external hardware where required. When supporting APIs or services need to be extended, backend engineering can also be included within the same delivery scope.
Release and Google Play support
Our teams can support build configuration, signing, release tracks, staged rollout, and preparation for current Google Play policies and target API requirements. Post-release monitoring can also help identify crashes, ANRs, performance regressions, and other issues that may require follow-up engineering.
Flexible long-term engineering support
Solbeg can provide additional Android capacity for an internal team or take responsibility for ongoing product development, modernization, and support. Team composition and delivery capacity can be adapted as product priorities, platform requirements, and engineering needs evolve.
Comparison
Native vs. Cross-Platform Android Development
Before the project scope is finalized, the delivery approach needs to be selected. This is a common consideration when companies compare android app development companies, because each model has different implications for platform access, maintenance, staffing, and multi-platform development.
Native Android with Kotlin
Native Android development provides direct access to Android APIs, platform capabilities, performance tools, hardware integration, background processing, and other Android-specific functionality. It can be particularly suitable for applications with deep platform integration, demanding performance requirements, or a long-term Android-specific development roadmap.
For teams looking for an android native app development company, this approach also means maintaining a dedicated Android codebase when the same product is available on iOS. That can increase platform-specific development and maintenance effort when both ecosystems need to evolve in parallel.
Cross-platform with a shared interface layer
A shared codebase can reduce duplication when both Android and iOS are required and the product consists largely of similar workflows and API-driven functionality. This approach can simplify development and maintenance across platforms.
Some platform-specific capabilities may still require native modules or additional framework support, particularly when a product depends heavily on Android-specific APIs, hardware access, background behavior, or newly introduced platform features.
Shared business logic with native interfaces
Another approach is to share parts of the domain logic, networking, or storage while keeping native interfaces on Android and iOS. This can reduce duplicated business logic while preserving platform-specific UI and interaction patterns.
The trade-off is additional build and architecture complexity, a smaller pool of engineers experienced with this approach, and libraries or integrations that may still need platform-specific implementations.
The appropriate choice depends on how much of the product depends on platform behavior, whether iOS is in scope, how the teams are structured, and how long the application is expected to be maintained. None of these approaches is universally better, so the comparison should be made against the actual feature set and product roadmap.
Process
How We Approach Android App Development
A typical project delivered by an android app development agency can follow the stages below, with the depth and sequence adapted to the project scope and the condition of the existing application.
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Discovery and technical review
We review requirements, existing code where relevant, analytics, backend contracts, integrations, and the device profile of the target users. The result can include a scope description, identified technical risks, assumptions, and an estimate range.
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Scope and team composition
We define what belongs in the initial scope and which roles are required to deliver it. Team size and composition are based on the agreed functionality, integrations, quality requirements, and delivery model rather than a fixed template.
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Onboarding
Access to repositories, environments, project tools, communication channels, and relevant store accounts is established. Development workflow, build process, reporting cadence, responsibilities, and collaboration rules are also agreed with the client.
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Iterative delivery
Development can proceed incrementally, with working functionality reviewed as the product evolves. Testing against the agreed device and OS matrix can be incorporated throughout development rather than left entirely to a separate final phase.
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Release and follow-up
Where appropriate, Google Play release tracks or staged rollout can be used together with crash, ANR, performance, and product monitoring. Findings after release can inform stabilization work, optimization, and the next development scope.
FAQ
Android Development FAQ
Useful inputs include requirements or a feature list, access to an existing application and codebase where applicable, and backend or API documentation. Where available, device and OS distribution data from analytics can improve the accuracy of the support and testing scope. Based on this information, we can define the project scope, technical assumptions, and estimate range.
Yes. Taking over an existing application can begin with a technical review covering architecture, dependencies, test coverage, build and signing configuration, integrations, and store access. This helps determine what should be addressed before significant new development continues. Companies comparing android application development companies can also use this type of assessment to understand the condition and risks of an existing product before moving forward.
The supported device and OS matrix can be defined according to product analytics, target-market data, and business requirements. Testing can combine physical devices, emulators, and device-cloud coverage according to that matrix. Vendor-specific behavior, such as background restrictions or battery optimization, can receive additional testing where it is relevant to the supported device base.
If an app no longer meets Google Play’s target API requirements, new updates may be blocked and availability to new users on newer Android versions may be restricted. The required migration effort depends on factors such as deprecated APIs, platform behavior changes, dependencies, and third-party libraries. These requirements can be tracked against the product roadmap so necessary updates are planned before the applicable deadline.
It depends on the product’s functionality, platform-specific requirements, performance expectations, and whether iOS is also part of the roadmap. Native Android may be preferable for applications that depend heavily on Android APIs, hardware access, complex background behavior, or deep platform integration. Cross-platform development may be a good fit when both platforms share most of the business logic and user workflows. The comparison can be made against the actual feature set before the implementation approach is finalized.
In many projects, publishing is handled through the client’s Google Play Developer account so ownership of the listing, reviews, release history, and developer identity remains with the client. Signing, account access, permissions, and publishing responsibilities should be defined before the first production release.
Android vitals, Play Console data, and product analytics can be used to monitor crash rates, ANRs, startup performance, and other agreed quality indicators after release. These metrics can inform decisions about rollout, stabilization, performance optimization, and subsequent development work.