iOS · ANDROID · CROSS-PLATFORM
Mobile products, notmobile wrappers.
A mobile app is the visible part of a larger system. We design the product, build it native or cross-platform as the requirements warrant, and engineer the backend, sync and integration work that determines whether it feels fast.
CAPABILITIES
What we actually build.
Native and cross-platform apps with the backends and integrations behind them.
01
iOS
Native applications built to the platform's conventions, with attention to the interaction details users notice without naming.
02
Android
Native Android development across the device and OS-version range your actual users are on.
03
React Native
Cross-platform delivery where a shared codebase is the right economic decision, with native modules where it is not.
04
Flutter
A single codebase for teams that want tight control of rendering and consistent behaviour across platforms.
05
Product design
Interface and flow design done alongside engineering, so what is designed is what can be built well.
06
Mobile architecture
State, navigation, offline behaviour and sync decided deliberately — the decisions that are expensive to revisit later.
07
Integrations
Payments, identity, messaging, mapping and device capabilities integrated with their failure modes handled.
08
Scalable mobile backends
APIs, push infrastructure and data sync engineered for mobile network conditions rather than office wifi.
OUTCOMES
What changes when this is done well.
Performance users feel
Startup time, list scrolling and transition smoothness treated as requirements, not as polish.
Offline that works
Sync and conflict behaviour designed up front, because retrofitting it is close to a rewrite.
Release discipline
Store submission, staged rollout and crash monitoring set up as part of the build.
One product across platforms
Consistent behaviour where it matters and platform-native behaviour where users expect it.
TECHNOLOGY
The stack we work in.
Mobile
Native and cross-platform mobile delivery.
- React Native
- Flutter
- Swift
- Kotlin
- iOS
- Android
Product
Application and service engineering across web platforms.
- React
- Next.js
- TypeScript
- JavaScript
- Node.js
- Express
- ASP.NET
- Laravel
- Ruby on Rails
- Vue.js
- Nuxt
- Tailwind CSS
Cloud & DevOps
Infrastructure, automation and the path from commit to production.
- AWS
- Azure
- Google Cloud
- Docker
- Kubernetes
- Terraform
- Jenkins
- Git
- Bitbucket
RELEVANT INDUSTRIES
Where domain knowledge changes the answer.
eCommerce
Custom commerce platforms, order management and marketplace systems.
Healthcare
Patient systems, clinical workflow and secure data infrastructure.
Tourism
Booking, itinerary and travel management platforms with live inventory.
FinTech
Payments, lending and financial platforms where correctness is not negotiable.
FAQ
Common questions.
Cross-platform is usually the right call when the app is primarily content, forms and networked data — which describes most business applications. Native earns its cost when you depend heavily on platform capabilities, sustained graphics performance, or background behaviour the cross-platform layer handles poorly.
Yes, including store listing setup, review responses, staged rollout and the release process for subsequent versions.
Yes. We start with an assessment of the codebase, dependencies and release process, then agree what is worth keeping before making changes.
NEXT STEP
Tell us what you're building.
Bring us the problem with its real constraints attached. We will tell you what we would build, and what we would not.