Architecture and State Planning
We define the global state management strategy (Redux, Zustand), map out navigation routers, and design component hierarchies before writing the first line of code.
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Mobile App Development
Mobile Apps, Built to Feel Native
We design and engineer iOS and Android apps that load fast, stay smooth, and hold up under real-world use.
What we build
Four ways we ship mobile software, from one cross-platform codebase to pure native and the backend behind it.
Pure Swift and Kotlin for apps that lean on the device. The camera, Bluetooth, sensors, and background work are all in reach, with no bridge in the way.
- Swift
- Kotlin
- ARKit & BLE
One TypeScript codebase that ships to both stores. We build with React Native and Flutter, then tune each screen so it feels native, not ported.
- React Native
- Flutter
- One Codebase
APIs, caching, and sync that keep working when the signal drops. Local-first storage and conflict-safe sync mean the app never stalls in a dead zone.
- GraphQL & REST
- Offline Sync
- SQLite & MMKV
Automated builds, testing, and store submission. We wire up Fastlane and GitHub Actions so every release reaches TestFlight and Play Console with nothing typed by hand.
- Fastlane
- GitHub Actions
- TestFlight & Play
Software development process
A disciplined, transparent path from initial scope to production handoff, so you always know what is shipping, and when.
Sprint Execution
Development occurs in predictable cycles. We enforce strict memory leak profiling and component re-render optimization to ensure 60fps scrolling performance.
Device Testing Automation
We utilize automated testing frameworks like Detox alongside real-device testing farms to simulate thousands of user interactions, catching edge-case UI breaks prior to launch.
Deployment and Compliance
We handle all strict App Store and Google Play compliance guidelines, managing privacy manifests and pushing the final binary to production.
The mobile stack
The toolchain we reach for, chosen per product rather than by habit.
React Native & TypeScript
One typed codebase for both platforms, with near-native performance for most business apps.
Native iOS & Android
First-class access to iOS and Android platform APIs for hardware-heavy apps that need the highest performance ceiling.
Mobile Backend
APIs, push, and offline-first sync built to keep the client fast and reliable.
Integrations & automation
The services we wire in and the busywork we automate, so the app does more with less manual work.
Platform & service APIs
Payments, maps, messaging, and auth wired in through typed clients, with retries and rate limits handled so integrations stay reliable.
Workflow automation
Onboarding, notifications, and back-office steps moved into automated pipelines, so routine work runs without anyone touching it.
Storage & media pipelines
Uploads, image and file processing, and CDN delivery handled end to end, so heavy assets stay fast on the client.
Frequently asked questions about mobile app development
Pricing, process, ownership, and technical answers for mobile app development projects.
$15K to $80K for most custom builds; AI automation workflows start lower, around $8K to $20K. We don’t bill hourly. We scope a fixed price per phase, so you know the total before signing anything.
Fixed price, per phase. We break the work into scoped phases, quote each one, and hold to it. If scope changes mid-build we re-quote the remaining phases and you approve before we continue. No surprise invoices.
Book a 20-minute call. Our founder talks through your project, gives you a timeline and price range, and is straight about whether we’re the right fit. No pitch deck, no sales funnel.
For most B2B and SaaS platforms, React Native provides the same user experience at a lower development cost. However, if your application relies heavily on complex 3D rendering, intense background processing, or proprietary Bluetooth hardware, we recommend a Native (Swift/Kotlin) architecture instead.
Yes. Apple and Google have notoriously strict compliance guidelines. We manage the entire lifecycle, from generating provisioning profiles and certificates to handling privacy manifests and pushing the final binary.
We utilize an offline-first architecture. User actions are securely recorded in a local device database (SQLite). Once the operating system detects a stable network connection, a background sync pipeline automatically resolves conflicts and pushes the data to your cloud servers.
Explore more services
Adjacent capabilities from the same senior team, for when your roadmap goes further.
Let's build your project
Book your free 20 minute product discovery call with us.
Looking forward to meet you.
Prefer email? [email protected]