Android apps built for the devices people actually own
Kotlin and Jetpack Compose products that hold up across a fragmented device landscape — modest hardware, poor connectivity, and Play Store policy included.
What we build on Android
Modern Android engineering with the operational discipline that a fragmented ecosystem demands.
Jetpack Compose product work
Compose-first interfaces with View interop where legacy screens still earn their place, so migration is incremental.
Offline-capable data layers
Room, WorkManager, and Kotlin Flow wired into a sync strategy that expects the network to disappear mid-request.
Performance across device tiers
Baseline profiles, startup tracing, and jank measurement run on low-end hardware, not just the newest flagship.
Play policy and data safety
Data safety declarations, permission rationale, and target-SDK upgrades handled before Play deadlines force the issue.
Beyond the phone
Tablets and foldables, Wear OS companions, Android TV, and kiosk or rugged-device builds for field operations.
On-device ML
ML Kit and TensorFlow Lite for vision, text, and ranking work that should not require a round trip to a server.
From first build to a staged Play rollout
Four phases that get an installable build out early and de-risk every release after it.
Device and scope shaping
We pick the minimum SDK and device matrix from your real user data, then scope the release around what those devices can do.
Architecture and foundations
Modularised Gradle setup, dependency injection, navigation, and the data layer stood up with tests before feature work starts.
Feature delivery
Internal-testing builds every week, with Firebase Test Lab runs across the device matrix on each merge.
Staged rollout and handover
Play Console release tracks, staged percentage rollouts with crash gating, and a CI pipeline your team owns afterwards.
The Android stack we build on
Kotlin-first tooling with the testing and release infrastructure that keeps a fragmented platform manageable.
Where native Android pays for itself
The situations where the platform, not the framework, is the deciding factor.
Emerging-market consumer apps
Products where APK size, memory ceilings, and offline behaviour on entry-level devices decide whether people keep the app.
Field and logistics tooling
Rugged handhelds, barcode scanning, background location, and long-running sync jobs that must survive process death.
Deep OS integration
Custom launchers, accessibility services, device admin, or kiosk mode where you need APIs cross-platform layers do not expose.
Target-SDK rescue work
An app blocked from Play updates by an outdated target SDK, needing a compliance path that does not stop the roadmap.
Outcomes that show in Play Console
Android quality is measurable, and Google surfaces most of the measurements for you.
Better vitals, better ranking
Crash rate and ANR rate sit inside Play's bad-behaviour thresholds, which protects both store placement and retention.
Wider addressable audience
An app that runs well on mid-tier and older hardware reaches the majority of Android users, not the top slice.
Safer releases
Staged rollouts with automated halt criteria mean a bad build reaches one percent of users, not all of them.
Smaller installs, higher conversion
App Bundles, resource splitting, and dependency pruning cut download size, which measurably lifts install completion.
Mobile products shipped across platforms
A health and coaching app delivered to both stores from one product team.
Mobile • Health
FitPulse
A cross-platform health app with adaptive AI coaching and background wearable sync.
Read Case Study →Why teams choose us for Android development
Engineers who treat device fragmentation as an engineering constraint, not an excuse.
Learn more about us →Tested on real hardware
Automated runs across a device matrix that mirrors your install base, including the cheap phones your analytics say people use.
Compose without dogma
We migrate to Compose where it improves the code and leave working View screens alone until they need touching.
Policy ahead of deadlines
Target SDK and data safety work is scheduled before Play enforces it, so compliance never becomes an emergency.
Your repo, your Play account
Signing keys, release tracks, and CI configuration live with you and are documented at handover.
Questions Android teams ask us
Straight answers on device support, timelines, and Play Store realities.
Which Android versions should we support?
How do you handle device fragmentation?
Kotlin or Java?
Can you fix an app blocked by Play policy?
Do you build for Wear OS, TV, or tablets?
Ready to ship on Google Play?
Book a working session and we will map a device strategy and release plan around your actual users.
Book a Discovery Session →