Android app development

What it is

Native Android work in Kotlin: the application itself, the Play console and release tracks, and the manufacturer-specific testing that makes behaviour identical on a budget handset and a flagship.

Why businesses need it

Android is not one device. Background limits, notification channels, resized sheets and OEM quirks are what an app fails on, and they only get fixed by someone building on the platform every week.

What MIWEBX delivers

• Play Console setup, listings, data-safety declaration and release tracks
• Kotlin application code, from navigation through to on-device storage
• Deferred and periodic background work inside Android's scheduling limits
• Notifications, channels and the runtime permission prompts recent API levels demand
• Intents, deep links and verified App Links against your own domain
• Compatibility passes across API levels, screen sizes and manufacturer builds

Core features

• Minimum and target API levels chosen deliberately, with the fallback written rather than assumed
• Back navigation and predictive gestures handled the platform's way, not the browser's
• Adaptive icons, themed colour and dark mode following the system setting
• Notification channels a user can manage without uninstalling the app
• Battery-saver and deferred-work behaviour tested on hardware
• State restored across process death, which Android performs without warning

Technical capabilities

• Work-scheduler APIs for constrained background jobs, with network and charging conditions set explicitly
• On-device relational storage with migrations versioned alongside the schema
• Minification and resource-shrinking rules so a release build does not strip code the app calls reflectively
• Signed app bundle output with delivery splits by device and API level
• Cloud messaging for push, plus a token refresh path for reinstall and device migration
• Closed, internal and phased tracks, with the ability to halt a rollout mid-deployment
• Crash and ANR triage that separates an OEM defect from the app's own bug

How we build it

• Set the floor: minimum API level, device list and the OEMs worth testing early.
• Design the navigation around Android's back and task model rather than a web one.
• Wire the data layer, background work and notification channels to a staging backend.
• Run a real-device pass across sizes and manufacturer builds, then fix what breaks.
• Ship a closed-track build, read its crash reports, then widen the phased rollout.
• Leave the console, signing keys and release process documented and in your name.

Technology stack

• Kotlin
• REST APIs
• Firebase
• Push notifications (APNs / FCM)
• App Store / Play Store
• SQLite
• Sentry-class crash reporting
• CI / CD

What you receive

• Signed release bundle published through your Play Console account
• Store listing, screenshots and the completed data-safety declaration
• Source repository, keystore and release documentation
• Device and API-level compatibility matrix from the test pass
• Crash and ANR reporting configured on the production track

Business benefits

• The app behaves the same on the cheap handset as on the flagship
• Store rejections and data-safety questions stop being surprises
• Users keep notifications because they can control them
• A bad build is caught on a track before it reaches the install base