Codebold IT Solutions · Android App Development
Android's device fragmentation is the real challenge — the same app has to feel native on a five-year-old budget phone and a current flagship, across different screen sizes and OS versions. We build with Kotlin and modern Android architecture, and test against a representative device spread, not just the emulator.
— What you get
Scroll →
01
Tested against a representative spread of screen sizes, OS versions, and hardware tiers — not just the emulator or a single flagship phone.
02
Lifecycle-aware components and a clear separation between UI and business logic, so the app stays testable as it grows past its first version.
03
Network and database calls run off the UI thread, so the interface stays responsive even while real work is happening in the background.
04
Screen rotation, backgrounding, and process death handled properly, so the app doesn't leak memory or lose state at exactly the wrong moment.
05
Background work and location access checked against real battery impact, not just whether the feature technically works.
06
Built alongside the backend it talks to — Node.js or Python — so the app and the API are designed together, not bolted together after the fact.
— How an Android app stays smooth across devices
01
01
UI, business logic, and data layers are separated cleanly from the start, so the app stays testable and changeable as it grows well past its first release.
02
Components respond correctly to screen rotation, backgrounding, and process death — the everyday interruptions an Android app faces constantly, handled without leaks or lost state.
03
Network and database calls run off the main thread using coroutines, keeping the UI responsive at all times instead of freezing while data loads.
04
Builds are validated across real screen sizes, OS versions, and hardware tiers before release — a five-year-old budget phone and a current flagship, not just one device on a desk.
— Why Codebold
Building software since 2013.
A representative spread of devices, not just the emulator — because the same app has to feel native on a five-year-old budget phone and a current flagship.
Rotation, backgrounding, and process death handled correctly at the architecture level, not fixed reactively after a crash report comes in.
Fixes, updates, and the next feature are part of the relationship — not a renegotiation every time something needs to change.
— Tech depth
— Good questions
We test against a representative spread of screen sizes, OS versions, and hardware tiers — not just the emulator or a single flagship device — so performance holds up across the range your real users are actually on.
Kotlin for a fully native Android app when platform-specific behavior matters most. Flutter when you also need an iOS app from largely the same codebase. We'll recommend based on what you're actually building.
Yes — we start by understanding the current architecture and lifecycle handling before touching anything, then fix what's actually causing crashes or slowdowns.
Yes — the repository, the code, and everything in it are yours from day one.
We stay on. Fixes, updates, and the next feature are part of the relationship, not a separate negotiation.
Depends on scope — a focused MVP can launch in a couple of months. You'll get a clear timeline after a discovery call.
— Let's talk
Tell us what you're building — we respond to every enquiry within 24 hours, with next steps, not a sales pitch.
Working with clients internationally, since 2013.
