Native Kotlin. Built for the world's largest mobile platform.
Android is 72% of the global smartphone market. For businesses targeting emerging markets, enterprise device fleets, or any audience not already self-selecting into the Apple ecosystem, Android is the primary platform — not an afterthought. We build native Kotlin apps using Jetpack Compose for modern, declarative UIs, with the Android architecture patterns (MVVM, Clean Architecture) that keep large codebases maintainable. We understand the Android-specific challenges: device fragmentation across 12,000+ hardware configurations, Google Play policy compliance, and the performance constraints of mid-range and budget devices that your actual users carry.
Android is 72% of the global smartphone market. For businesses targeting emerging markets, enterprise fleets, or audiences beyond the Apple ecosystem, Android is the primary platform. Origin Softwares builds native Kotlin apps with Jetpack Compose, optimised for the mid-range and budget devices your actual users carry.
Why choose native Android development over cross-platform?
Native Android (Kotlin with Jetpack Compose) is the right choice when your audience is predominantly Android, you need enterprise MDM and Work Profile support, your app targets budget devices where memory and CPU optimisation matter, or you need Google Play-specific features like Instant Apps. For emerging markets where 70%+ of users are on Android — often on budget hardware — native development lets you optimise for constrained environments that cross-platform frameworks handle less efficiently. Baseline profiles pre-compile critical code paths at install time, reducing cold start by up to 40% on mid-range hardware. Origin Softwares builds Android apps tested on budget devices with 2GB RAM, not just flagship Pixels in the office.
The problems this solves
- App needs to perform well on budget devices (2GB RAM) used by actual target audience
- Google Play policy compliance requirements changing quarterly
- Enterprise deployment needs Work Profile and MDM support
- Device fragmentation causing inconsistent experience across manufacturers
- Play Store listing competing with thousands of similar apps (ASO needed)
- App size too large for markets with limited storage and slow downloads
Business outcomes
- Reaching 72% of the global smartphone market natively
- App optimised for budget devices performing where competitors fail
- Enterprise MDM support enabling corporate fleet deployment
- Google Play policy compliance preventing app removal or suspension
- Jetpack Compose reducing UI code complexity and maintenance cost
- Baseline profiles pre-compiling critical paths for faster cold starts
Who is this for?
Businesses targeting emerging markets
Your users are in regions where Android dominates and devices are budget-tier — native optimisation matters more than on flagships.
Enterprise Android deployments
Work Profiles, MDM management, kiosk mode, and corporate fleet deployment require Android Enterprise APIs.
Fintech and payments (India)
UPI integration, mobile banking, and payment wallets where Android is the dominant platform for your users.
Logistics and field services
Driver apps, delivery tracking, and warehouse tools deployed on Android devices across a fleet.
AgriTech and rural services
Apps for users on low-bandwidth connections with budget devices where every MB of APK size matters.
When Android App Development may not be the right fit
We'd rather tell you upfront than waste your time and budget.
- If you also need iOS and Flutter or React Native covers your requirements — cross-platform is more cost-effective
- If your target audience is predominantly iOS (check analytics before deciding)
- If the app has no Android-specific requirements and cross-platform quality is sufficient
- If enterprise MDM, Work Profile, or budget device optimisation are not requirements
What's included
- Jetpack Compose UI with Material Design 3
- MVVM & Clean Architecture
- Device fragmentation testing matrix
- Google Play Billing & subscriptions
- Work Profile & enterprise MDM support
- Google Play Store submission & ASO
How we deliver
Platform Planning
Define Android-specific requirements and device targets.
- Target audience device analysis
- Minimum SDK and device support decisions
- Enterprise features scoping (MDM, Work Profile)
- APK size budget definition
- Google Play policy pre-assessment
Architecture & Design
Design for Android patterns with Jetpack Compose and Material Design 3.
- Clean Architecture module design
- Jetpack Compose component library
- Material Design 3 theming
- Responsive layout for device fragmentation
- Accessibility compliance
Sprint Development
Build with Play Internal Testing betas every two weeks.
- Feature implementation in Kotlin
- API integration with Retrofit and Coroutines
- Room database for local persistence
- WorkManager for background tasks
- Play Internal Testing after each sprint
Testing & Compliance
Test across the device matrix and validate Play Store compliance.
- Firebase Test Lab automated runs
- Budget device testing (physical hardware)
- Performance profiling with Android Studio
- Google Play policy compliance validation
- Data safety declaration preparation
Launch
Submit to Play Store and configure production monitoring.
- Google Play Store submission
- Crash and ANR reporting activation
- Analytics configuration
- ASO (App Store Optimisation) setup
- Post-launch performance monitoring
How do you handle Android device fragmentation?
Android runs on 12,000+ device configurations across multiple manufacturers, screen sizes, and OS versions. Origin Softwares handles this through a testing matrix of physical devices covering Samsung, Xiaomi, OnePlus, and Oppo — the actual market share leaders. Firebase Test Lab runs automated UI tests against this matrix for every release. We also test on budget-tier hardware because an app that runs smoothly on a Pixel 8 can be unusable on a device with 2GB RAM if you are not careful about memory pressure and CPU budget. R8 full-mode code shrinking and image loading with memory budgets are standard practices that help apps perform reliably across the device spectrum.
Technologies we use
- Kotlin
- Jetpack Compose
- Room
- Retrofit
- Hilt
- Coroutines & Flow
- Firebase
- Google Pay API
- WorkManager
- Firebase Test Lab
Architecture & scalability
- Jetpack Compose for declarative UI reducing boilerplate
- MVVM with Use Cases (Clean Architecture) for maintainable separation of concerns
- Hilt for dependency injection and testability
- Room for local database with Flow for reactive data
- Baseline profiles for optimised app startup performance
- Module-based architecture for build speed and team scalability
Android Development Approaches
| Criterion | Native Kotlin | Flutter for Android | React Native for Android |
|---|---|---|---|
| Performance on budget devices | Best — full optimisation control | Good — some overhead | Acceptable — bridge overhead |
| Google Play integration | Full (Instant Apps, Play Billing, etc.) | Standard Play Store features | Standard Play Store features |
| Enterprise features | Work Profile, MDM, kiosk mode | Possible but requires platform channels | Limited without native modules |
| Development speed | Standard | Faster if both platforms needed | Faster if both platforms needed |
| Maintenance | One codebase for Android | Shared with iOS codebase | Shared with iOS codebase |
| Best for | Android-first or Android-only products | Cross-platform apps with Android included | JavaScript teams needing Android |
Why choose Origin Softwares
Our approach
- Optimised for real users on real devices — we profile on budget hardware, not just flagships
- Google Play policy compliance tracked continuously — no surprise removal notices
- Clean Architecture (MVVM + Use Cases) that scales without becoming a maintenance burden in year two
- 100% of builds tested on devices with 2GB RAM or less
Delivery standards
- Jetpack Compose for modern declarative UI
- MVVM with Clean Architecture for maintainability
- Hilt dependency injection for testability
- Baseline profiles for optimised cold start
- R8 full-mode shrinking for minimal APK size
Quality assurance
- Firebase Test Lab automated testing on device matrix
- Physical device testing including budget hardware
- Google Play policy compliance check before every submission
- Performance profiling on mid-range devices
- ANR (Application Not Responding) detection and elimination
Security practices
- Android Keystore for cryptographic operations
- Encrypted SharedPreferences for sensitive data
- Certificate pinning for API communication
- ProGuard/R8 obfuscation on release builds
- No sensitive data in logcat output
Performance
- Baseline profiles pre-compiling critical code paths
- Memory profiling targeting 2GB RAM devices
- R8 full-mode for maximum dead code elimination
- Image loading with memory budget (Coil)
- Background service optimisation for battery efficiency
What you receive
- Google Play Store listing submitted and approved
- Full Kotlin source code in Git repository
- CI/CD pipeline (GitHub Actions + Fastlane)
- Crash and ANR reporting dashboard
- Architecture documentation and code guide
Support tiers
- Bug fix tier — critical fixes within 48 hours including Play Store submission
- Maintenance tier — target SDK updates, policy compliance, monthly dependency updates
- Growth tier — feature iteration, ASO optimisation, performance tuning
Why Origin for Android App Development
Optimised for real users, not benchmark devices
We profile on mid-range and budget hardware — because that's what your users in Delhi, Jakarta, and Lagos are carrying. Apps that only perform on flagships miss most of the market.
Play policy compliance tracked continuously
Google Play policy changes quarterly. We track updates and keep your app ahead of enforcement deadlines — not scrambling when Google sends a 30-day removal notice.
Clean Architecture that scales
MVVM with Use Cases, Hilt for DI, and a clear module boundary between data, domain, and presentation. Your Android codebase doesn't become a maintenance nightmare in year two.
Industries we serve
Typical delivery timeline
| Phase | Duration | What happens |
|---|---|---|
| Planning | 1 week | Device targets, architecture, policy assessment |
| Design | 2–3 weeks | Compose components, Material Design 3 system |
| Development | 6–14 weeks | Sprint builds with biweekly Play betas |
| Testing | 1–2 weeks | Device matrix, performance, compliance |
| Launch | 1 week | Play Store submission, monitoring setup |
Before you start — a checklist
Use this to prepare for your first conversation with us.
- Analyse your target audience — what devices and Android versions do they actually use
- Determine minimum supported Android version and what it means for available APIs
- Identify enterprise requirements (MDM, Work Profile, kiosk mode)
- Set an APK size budget appropriate for your target market's storage and connectivity
- Plan Google Play policy compliance for your specific category
- Decide whether offline capability is required and design the local data strategy
Maintenance & support
- Target SDK updates within Google's annual compliance window
- Google Play policy compliance monitoring and updates
- Crash and ANR monitoring with alert escalation
- Bug fix SLA — critical within 48 hours
- Device compatibility testing after manufacturer-specific OS updates
- Annual security audit and data safety declaration review
“Our users are in Tier 2 and Tier 3 cities on ₹10,000 phones. Most agencies built us an app that ran fine in their office on a Pixel and crawled in the field. Origin optimised for our actual users from day one.”
Frequently asked questions
Planning & scope
- How do you handle device fragmentation?
- A testing matrix of physical devices covering the most common screen sizes, Android versions, and manufacturers (Samsung, Xiaomi, OnePlus, Oppo). Firebase Test Lab runs automated UI tests against this matrix for every release. We also test manually on budget-tier hardware — an app that runs fine on a Pixel is useless if it crashes on the devices your users actually carry.
- What Android version should we support as minimum?
- We check your analytics for the OS version distribution of your actual or target users. Typically, dropping Android 9 and below removes fewer than 3% of users while unlocking significant modern APIs. We provide the data for an informed decision — not a blanket recommendation. Supporting too far back increases testing cost and limits the APIs available to you.
Technical
- How do you optimise for budget devices?
- Baseline profiles to pre-compile critical code paths, R8 full-mode for maximum APK shrinking, image loading with memory budgets via Coil, minimal background services for battery efficiency, and profiling with Android Studio on actual budget hardware. Apps we build target smooth operation at 2GB RAM. The key is testing on real budget devices throughout development, not just before launch.
- What about Google Play policy compliance?
- Play requires target SDK updates annually, a complete data safety declaration, and category-specific rules (finance, health, children). Policy violations cause app removal — not just rejection. We track policy changes quarterly and keep your app compliant before Google enforces. We also handle the data safety declaration accurately for every SDK and data type collected.
Engagement & process
- Do you handle Play Store ASO?
- We set up the store listing with ASO best practices — keyword-rich title and description, proper categorisation, and screenshot strategy. For ongoing ASO optimisation (A/B testing listings, keyword iteration), we provide recommendations and can implement them on a growth retainer. The store listing is part of our delivery, not an afterthought.
- What happens when Google changes Play policies?
- We monitor policy updates quarterly. When changes affect your app, we assess the impact and implement compliance updates within the enforcement deadline. On a maintenance retainer, this is included. Without a retainer, we notify you of required changes with a fixed-cost quote. Proactive compliance is always cheaper than scrambling after a 30-day removal notice.
Related services
Mobile App Development
Native Android is one platform option within our mobile practice — recommended when Android-specific optimisation matters.
Custom Software
Android apps need backend APIs — we build both as one system designed for mobile constraints.
IT Staffing
Augment your team with senior Kotlin engineers for Android build phases or ongoing feature work.
Not sure where to start?
Tell us about your Android audience — what devices they use, what the app needs to do, and whether enterprise features are required — and we will scope the right approach.
Get a free consultation