From prototype to App Store
We build native iOS apps with SwiftUI and cross-platform apps with Flutter. Both tracks go all the way through App Store submission and post-launch monitoring—not just code delivery.
Platform Decision
Native or cross-platform?
The right answer depends on your users, timeline, and product requirements—not which framework is trending.
| Factor | Native (SwiftUI) | Flutter |
|---|---|---|
| Performance | Native rendering, 60/120fps ProMotion | Near-native via Impeller renderer |
| Codebase | Separate per platform | Single codebase: iOS, Android, web |
| Platform APIs | Full, day-one access | Most APIs via packages; some gaps |
| Time to market | Longer (two codebases) | Faster, shared logic and UI |
| UI fidelity | Pixel-perfect platform UI | Custom UI, consistent cross-platform |
| Team model | Separate iOS/Android specialists | One cross-platform team |
| App Store compliance | Easiest review path | Fully compliant, more build config |
| Best for | iOS-first, perf-critical, deep OS integration | Multi-platform reach, speed, budget |
Case Studies
Apps in production
FitPulse
Subscription Fitness Coaching App
iOS subscription fitness app with personalized training plans. Built with SwiftUI, HealthKit integration, offline-first architecture using SwiftData, RevenueCat subscriptions, and Push notifications for workout reminders.
- 40,000 App Store downloads
- 4.8-star rating
- 70% unit test coverage
- HealthKit and RevenueCat integrated
RoutePilot
Cross-Platform Logistics Platform
Flutter app serving drivers, dispatchers, and customers from one codebase. Live route tracking, push notifications, Riverpod state management, and a custom Flutter Web dashboard for operations managers.
- 1,200+ field staff daily
- iOS, Android, and web from one codebase
- Live route tracking with real-time updates
- Three countries in production
Capabilities
What we integrate
From offline-first data sync to biometric auth and in-app purchase, these are the platform capabilities we integrate in real products—not just demo setups.
Offline & Sync
Platform Integration
Payments & Subscriptions
Monitoring & Analytics
Architecture
Workflow
Design to post-launch
Every mobile project follows the same four phases. You get visibility at each stage and a working build in hand—not just status updates.
Design
Figma flows, component specs, and prototype review with your team before a line of code is written.
Build
Iterative two-week sprints with demo builds delivered to TestFlight or Firebase App Distribution.
Submission
We handle App Store and Play Store submission—screenshots, metadata, review responses, and binary preparation.
Post-launch
Crashlytics and Sentry dashboards configured for your team. We monitor the first two weeks and fix launch-day issues on priority.
Why FalcoFlow
What makes the work different
We have shipped to the App Store, not just simulated it
FitPulse hit 40,000 downloads and a 4.8-star rating. RoutePilot runs daily operations for 1,200+ field staff across three countries. These are real production apps with subscription billing, offline sync, and live monitoring—not demos.
Architecture that survives the second year
Most mobile apps degrade because they were built without a clear state management strategy or module boundary plan. We use TCA or Riverpod from day one so the codebase stays coherent as features accumulate.
We write tests that catch production regressions
Unit tests for business logic, integration tests for data flows, and UI snapshot tests for critical screens. FitPulse shipped with 70% unit test coverage. Tests are not a checkbox—they protect your next release.
“FitPulse launched with 40,000 downloads in the first month. The test coverage meant we shipped the next three feature releases without a single regression.”
— Client, FitPulse
iOS Fitness App, 4.8 stars
FAQ
Common questions
Let's build your app
Tell us what you are building. We will help you figure out the right platform, architecture, and scope to get to the App Store without surprises.
Free 30-minute scoping call, no commitment