Mobile, engineered for the real world.
Mobile is a constraint discipline — flaky networks, offline states, battery, device fragmentation and app-store gatekeeping punish every shortcut. We engineer iOS, Android and cross-platform apps that perform on real devices and ship reliably.
Mobile is a constraint discipline.
A mobile app lives on someone else's device, on someone else's network, behind someone else's review queue. Design for that, or pay for it later.
Offline and sync, battery, network variability, device fragmentation and store review are not edge cases — they are the job. Getting them wrong is cheap in a demo and brutally expensive to fix after launch, once the app is in thousands of hands and the one-star reviews are already written.
Native, cross-platform, or web?
The build approach shapes cost, performance and team for years. We choose by where your value and your users actually are.
Native (Swift / Kotlin)
Best for: Performance-critical & platform-deep
- Best possible performance
- Full access to platform APIs
- Two codebases to maintain
- Right for demanding, hardware-heavy apps
Cross-platform (React Native / Flutter)
Best for: Most apps, one team
- One codebase, both platforms
- Fast iteration and shared logic
- Native modules where needed
- Best value for the majority of apps
PWA / mobile web
Best for: Reach without install
- No app store, instant access
- Cheapest to ship and update
- Limited device capabilities
- Good for reach-first, light use
Mobile architecture.
A reliable app is layered so that UI, state, offline and device access stay decoupled. These are the layers we build and test.
UI & navigation
Screens, gestures and flow
State management
Predictable app state
Domain logic
The rules, testable in isolation
Local persistence & offline
Useful with no signal
Sync & API
Reconciling with the server
Native modules & device APIs
Reaching into the hardware
From device to store.
Shipping mobile well means testing on real hardware and treating release as engineering. This is the path from prototype to the store.
Design for device
Screens, gestures and states shaped for touch and small viewports.
Build
Feature delivery on a clean, layered architecture.
Offline & sync
Persistence and a sync strategy that survives lost signal.
Test on real devices
Real hardware, real networks — not just a simulator.
Release engineering
Signing, provisioning and repeatable, automated builds.
Store & monitor
Submission, then crash and performance monitoring in the wild.
Apps for every context.
From consumer reach to the warehouse floor, we build for where the app actually gets used.
Consumer apps
Polished, high-scale apps that win and keep users.
Enterprise mobility
Secure apps for your workforce and managed devices.
Field & offline-first apps
Tools that keep working where the signal does not.
Super-apps
Multi-service platforms with mini-apps and shared identity.
App modernisation
Renewing aging apps without losing the users you have.
Companion (wearables / IoT)
Watch, wearable and connected-device experiences.
Release & lifecycle engineering.
Getting to the store is the start. Staying reliable release after release is the engineering that keeps you there.
CI/CD for mobile
Automated builds, signing and release pipelines.
OTA updates
Ship fixes over the air without a full store cycle.
Crash & performance monitoring
See real-device issues before your reviews do.
Store submission
Metadata, review guidelines and the Apple/Google dance.
Security & MDM
Secure storage, hardening and enterprise device management.
Analytics & A/B
Instrumentation and experiments to guide the roadmap.
Questions a CTO asks.
Native or cross-platform for us?+
It depends on where your value sits. If the app is performance-critical or reaches deep into platform features, native pays off. For most apps that need one team and fast iteration across both platforms, cross-platform is the pragmatic choice — and we will tell you honestly which you are.
Can it work offline?+
Yes, and we design for it from the start rather than retrofitting. Local persistence, a considered sync strategy and conflict resolution let the app stay useful with no signal and reconcile cleanly when connectivity returns — which is much cheaper than bolting it on later.
Do you handle store submission?+
We own release engineering end to end: signing, provisioning, store metadata, review guidelines and the back-and-forth with Apple and Google. We also set up the pipelines so subsequent releases are routine, not an ordeal.
One codebase for both platforms?+
With React Native or Flutter, yes — a single codebase serves iOS and Android while still dropping to native modules where a platform demands it. You get most of the reuse without pretending the platforms are identical.
Can you rescue an existing app?+
Often, yes. We audit the codebase, crash data and architecture, stabilise the worst issues first, then modernise incrementally. A rescue is usually faster and less risky than the rewrite teams assume they need.