Technology · Flutter
Flutter apps,
one codebase, both stores.
Cross-platform iOS and Android development with native-grade UI, backed by a single Dart codebase your team can maintain.
backed and maintained
for iOS and Android
capable rendering engine
iteration speed
Why Flutter
Two platforms,
half the maintenance.
Separate native teams double cost and drift apart visually. Flutter compiles one Dart codebase to polished binaries on both platforms while rendering its own pixel-perfect UI, consistency by construction, not by endless coordination meetings.
- Pixel-consistent cross-platform UI
- Native device integrations
- Store submission handling
- Offline-first capabilities
- Crash & usage analytics
- Accessible by default
What we build
Six ways we build
with Flutter.
Each engagement shaped around your goals rather than a fixed package.
Product apps MVP→scale
Customer-facing apps taken from concept through stores and iterations.
ProductsInternal workforce apps
Field operations, inspections and inventory tools staff rely on daily.
EnterpriseFirebase-backed builds
Auth, Firestore sync and push wired for fast launches.
BackendExisting app takeover
Neglected Flutter codebases assessed, stabilised and continued.
TakeoverStore release management
Listings, screenshots, review compliance and phased rollouts handled.
ReleasePerformance passes
Jank eliminated via DevTools timelines and raster profiling.
SmoothnessEngineering notes
Widgets composed,
state kept boring.
Flutter offers seventeen ways to manage state; most projects need one and a half. We standardise on a predictable pattern, keep business logic widget-free and test it plainly, which is why our apps survive team handoffs gracefully.
The ecosystem
Pub packages
chosen conservatively.
pub.dev rewards curation: first-party plugins first, popular maintained ones next, experiments never on client money.
Our process
Prototype first,
stores second.
A clickable build on a real device settles scope debates faster than any document.
Scope & wireframe
Feature set trimmed to what v1 must prove, screens sketched.
Step 01Device prototype
Core flows running on real hardware within weeks.
Step 02Sprint to feature-complete
Bi-weekly TestFlight/play builds with crash reporting active.
Step 03Launch & iterate
Phased rollout, review handling, then usage-led roadmaps.
Step 04Post-launch life
OS updates,
absorbed quietly.
Mobile platforms move yearly; retainers exist so your app keeps passing reviews.
Compatibility releases
New OS versions tested before users find issues.
Crash monitoring
Sentry/Crashlytics triaged weekly.
Review compliance
Policy changes tracked; submissions stay clean.
FAQ
Common questions.
Flutter or fully native?
Product apps suit Flutter strongly; deep platform-specific tech (widgets, AR) may justify native. We advise per feature set.
Will it feel like a real iPhone app?
Rendering is self-directed but motion and gestures follow platform conventions closely; users rarely notice.
Who owns the code and store accounts?
You do, entirely. Repositories, Apple/Google accounts and signing keys stay under your control.
Can Flutter talk to our backend?
Yes, REST or GraphQL APIs integrate cleanly; Firebase is available when faster fits.
What about app updates after launch?
Retainers cover OS compatibility, bug fixes and feature iterations monthly.
Can you take over another team's Flutter app?
Yes, after a structured audit of architecture, tests and release pipeline.
