Android App Development

Modern Android Engineering

We leverage the full power of Kotlin, Jetpack Compose, and the latest Android APIs to deliver seamless user experiences across the entire ecosystem.

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AI-Assisted Jetpack Compose

Compose screens drafted from your designs with AI tools, then refined and reviewed by your developer until they match pixel for pixel.

speed

Performance Optimization

Fine-tuned apps that minimize battery drain and maximize responsiveness.

code

Kotlin First

Technical Excellence

Our Android stack is built for scalability, reliability, and security.

architecture

Scalable Architecture

Implementing MVVM and MVI patterns with Clean Architecture principles to ensure code maintainability and testability.

check_circle Dependency Injection (Hilt/Dagger)
check_circle Coroutines & Flow
check_circle Room Persistence

devices

Ecosystem Mastery

Optimizing applications for the diverse Android ecosystem, including Tablets, Wear OS, and Android TV.

check_circle Multi-form Factor Support
check_circle Responsive Layouts
check_circle Deep Link Integration

security

Advanced Security

Protecting user data with enterprise-grade encryption and secure authentication workflows.

check_circle Biometric Authentication
check_circle Hardware Backed Keystore
check_circle OAuth2 & JWT Implementation

Built for Google Play and Real Devices

Android runs on thousands of device models with different screen sizes, chipsets and OS versions, so we agree a minimum supported Android version early, based on your audience and the APIs you need, and test on a matrix of real and emulated devices covering small phones, large phones, foldables and tablets. Google Play also requires new apps and updates to target a recent API level, so we plan for the yearly platform update rather than treating it as a surprise.

Publishing is part of the build, not an afterthought. We set up Play Console, app signing, Android App Bundles, internal and closed testing tracks, data safety declarations and staged rollouts, then wire in crash reporting and performance monitoring so issues show up in dashboards before they show up in reviews. After launch we can keep the app current with library updates, new Android releases and feature work, or hand everything over to your own team with full documentation.

Releasing Updates Safely

Each release moves through the Play tracks in order: an internal track for your team within minutes of a build, a closed track for invited testers, an optional open track for a public beta, and then production. In production we release to a small share of users first and widen the rollout only while Android vitals - crash rate, ANRs (app not responding), startup time and excessive battery use - stay healthy. If a release misbehaves, the rollout is halted before most users ever receive it, and a fix follows on the same path.

Server-side feature flags let new features ship switched off and be enabled separately from the binary, and Play in-app updates prompt users on old versions to upgrade when an API change requires it.

Architecture That Lasts Years of Updates

Most Android apps live for years, and the code decides how expensive each later change is. We split larger apps into feature and core modules so builds stay fast and teams can work in parallel, keep a single source of truth in a local Room database for offline-first screens, and keep dependency versions in one Gradle version catalog so library upgrades are a reviewed, single change. Baseline profiles improve startup and scrolling on real devices.

Tests sit at every layer: unit tests for view models and business rules, Compose UI tests for key screens and a short end-to-end suite run in CI on each pull request, so the yearly target-API upgrade is a routine task rather than a rewrite.

Pixel & Bots

Pixel-perfect software, delivered at AI speed

PixoBots stands for Pixel & Bots. Our Bots are dedicated developers who work with AI tools: AI takes the repetitive work, a developer reviews every line, and the result is pixel-perfect.

Pixel

Polished UI and clean, tested code - detail is part of the job, not an afterthought.

Bots

Dedicated developers who join your team and use AI for boilerplate, tests and documentation.

Savings

AI-assisted delivery can save more than 50% of development cost compared with traditional development.

How AI-augmented delivery works

Ready to Launch Your Android App?

Join the ranks of market leaders with a premium Android application built for the future.

help_outline FAQ

Frequently asked questions

How much does it cost to build an Android app? expand_more

The cost of an Android app depends on scope rather than a fixed price. The main drivers are the number of screens and user flows, backend and API work, integrations such as payments and maps, offline support, design complexity and testing depth. PixoBots quotes transparent, milestone-based pricing after a short discovery call.

How long does Android app development take? expand_more

A focused Android app typically takes around three to six months from discovery to Play Store release, while a simple MVP can be quicker. Timelines depend on feature scope, backend readiness, third-party integrations, design approvals and Google Play review, which we factor into the plan from the start.

Should we build native Android with Kotlin or use a cross-platform framework? expand_more

Choose native Kotlin with Jetpack Compose when you need the best performance, deep hardware access or Android-specific features. Choose a cross-platform framework such as Flutter or React Native when you need iOS and Android from one codebase on a tighter budget. We recommend an approach after reviewing your features and roadmap.

Can you publish our app on Google Play? expand_more

Yes. We handle the full release process, including Play Console setup, app signing, Android App Bundles, store listing assets, data safety declarations, testing tracks and staged rollouts. The app is published under your own developer account, so you keep full control of the listing, the users and the revenue.

Do you maintain and update Android apps after launch? expand_more

Yes. Ongoing maintenance covers bug fixes, crash monitoring, library and security updates, support for new Android versions, and the target API level updates that Google Play requires each year. We can also add new features in planned releases. You own the code and IP, so you can move maintenance in-house at any time.

Which Android versions and devices will our app support? expand_more

We set the minimum supported Android version from your audience data and the platform features the app needs, since supporting very old versions adds testing effort and workarounds. Testing then covers a matrix of real and emulated devices - small and large phones, foldables, tablets and different manufacturer skins - weighted toward the devices your users actually own.