Native Android and cross-platform apps that behave like the platform they run on — offline, on bad networks, on old hardware.
Mobile punishes shortcuts. We build for the conditions phones actually live in: intermittent connectivity, constrained memory, background suspension, and a store review that fails you for details nobody mentioned at kickoff.
Java and Kotlin builds against the platform SDK, with lifecycle, permissions and background work handled properly rather than approximated.
React Native and Expo for teams that need one codebase on both stores, with native modules dropped in where the bridge isn't good enough.
Local persistence, queued mutations and conflict resolution, so the app stays usable on a train and reconciles cleanly when signal returns.
Signed builds, staged rollouts, crash reporting and over-the-air updates — the unglamorous half of shipping that decides your store rating.
Projects we shipped in mobile application development. Every one links to running software or the source it was built from — check any of them.
2025Java
Climate action educational app for Android, built around guided lessons and habit tracking.
Native Android build in Java — lesson flow, progress persistence and an offline content store so the material stays available without a connection.
2025React
Campus recycling companion for locating bins, identifying materials and tracking contribution.
Mobile-first React application with client-side routing and a layout built for one-handed use on a phone, deployable as an installable web app.
2025Python
Hands-free voice assistant handling speech capture, intent routing and spoken response.
Python assistant with a wake-word loop, speech-to-text pipeline and command dispatch — the groundwork for voice interaction inside a mobile shell.
The open-source projects this work stands on. Built and maintained by their own teams, not by us — listed here because knowing what we build with tells you more than a logo wall would.
Platform targets, minimum OS versions and device classes get fixed first. Every later decision depends on them.
The riskiest interaction gets built on a real device in week one, because simulators lie about performance.
Feature increments distributed to testers through TestFlight and internal tracks, so feedback arrives while it's still cheap to act on.
Store listings, review notes, privacy disclosures and a staged rollout — then crash triage through the first real week of traffic.
What clients ask before starting mobile application development work with us.
Cross-platform if the app is mostly screens, forms and network calls — one codebase, both stores, roughly 40% less build time. Native if you depend on hardware the bridge handles badly: sustained background location, camera pipelines, heavy on-device inference or tight platform integrations. We make that call against your actual feature list, not as a default.
A focused cross-platform app with authentication, a handful of core screens and a backend typically lands in the eight to fourteen week range. Native builds on both platforms are meaningfully more because they're two codebases. We scope in phases so you can ship a real v1 and decide about v2 with data instead of guesses.
Yes — signing, store listings, screenshots, privacy disclosures, data safety forms and review responses. First submissions get rejected for paperwork far more often than for code, so we treat the listing as part of the build.
Where it makes sense, yes. We default to local persistence with queued mutations that reconcile when connectivity returns. It costs more up front than a network-only app and it's almost always worth it — connectivity assumptions are the most common reason a demo-quality app falls apart in real use.
Yes. We audit the codebase, the build pipeline and the store accounts, then give you a written assessment of what's maintainable and what isn't before proposing any work.
Tell us what you're building. We'll come back with a read on scope, timeline and whether mobile application development is genuinely the right call.