Two platforms, one disciplined codebase.
React Native apps that share business logic across iOS and Android while keeping platform-specific navigation, gestures and polish where users notice them.
- Shared codebase
- Native modules
- OTA updates

One cross-platform codebase shipping to iOS and Android without feeling generic.
Cross-platform without the compromise tax.
Cross-platform goes wrong when teams share everything, including the parts that should differ. We share logic, networking and state, and branch the interface where each platform expects different behaviour.
Why it matters
Two native teams is expensive. A single well-architected React Native codebase covers both platforms without the app feeling like a wrapped website.
What we build
Cross-platform apps in TypeScript, shared design systems, native module bridges, over-the-air updates and automated store delivery.
Who it is for
Startups shipping to both platforms on one budget, and teams with existing React expertise who need mobile quickly.
What we handle from strategy to delivery.
Six areas we take responsibility for on react native engagements — no handoff gaps between them.
- 01
Cross-platform strategy
What is shared, what stays platform-specific and why.
- 02
Shared UI system
One typed component library rendering natively on both platforms.
- 03
Native module integration
Camera, biometrics, Bluetooth and other device capabilities.
- 04
State & offline data
Predictable data flow with caching and background sync.
- 05
Performance tuning
Reanimated interactions, list virtualisation and startup profiling.
- 06
CI/CD & OTA releases
Fastlane pipelines, store submission and over-the-air fixes.
Standards we hold every react native project to.
- One codebase
- iOS and Android from a shared core
- Native feel
- Gesture-driven, 60fps UI
- OTA updates
- Fixes without a store review
- Faster delivery
- Shared logic, shared tests
From first conversation to a product that is ready to grow.
01 — Discover
We map the target devices, user context and platform requirements before committing to an approach.
We review requirements, existing analytics, competitors and user needs to understand where react native will create the most value. Nothing is proposed before the problem is clear.
Deliverables
- Feature scope
- Device and OS targets
- Store requirements
Typical activities
- Stakeholder workshop
- Platform review
- Requirement capture
Success criteria
A clear, shared understanding of the problem, scope and expected outcome.
02 — Define
We agree the release plan, architecture and offline behaviour so the app holds up in real conditions.
We turn research into a clear product direction, priorities and information architecture. Scope, sequencing and technical direction are agreed in writing before work starts.
Deliverables
- App architecture
- Release plan
- Data and sync model
Typical activities
- Flow mapping
- Technical design
- Estimation
Success criteria
Everyone understands what is being built, in what order, and why.
03 — Design
We design platform-native screens, states and motion rather than porting a web layout.
We translate the agreed structure into a polished, responsive interface — every state, breakpoint and edge case included, reviewed together as we go.
Deliverables
- Screen designs
- Interaction states
- Icon and store assets
Typical activities
- Wireframing
- Native pattern review
- Prototype
Success criteria
The experience is validated and ready for implementation.
04 — Build
We implement the app with clean modules, native performance and instrumented crash reporting.
We turn approved designs into production-ready software using maintainable components and a scalable architecture. You see working software throughout, not just at the end.
Deliverables
- Production build
- API integration
- Offline handling
Typical activities
- Feature development
- Device testing
- Code review
Success criteria
The product works reliably across the required devices and scenarios.
05 — Validate
We test across real devices, run beta builds and resolve issues before submission.
We test the product against the real requirements, profile performance and surface issues before launch rather than after it.
Deliverables
- Test reports
- Beta build
- Crash-free baseline
Typical activities
- Device-farm testing
- Beta feedback rounds
- Performance profiling
Success criteria
Critical issues are resolved and the product is ready for launch.
06 — Launch
We handle submission, staged rollout and post-release monitoring across the stores.
We deploy, review the built product in production and refine the details that only appear in the real thing. Monitoring and handover happen at the same time.
Deliverables
- Store submission
- Release notes
- Monitoring dashboards
Typical activities
- Review response
- Phased rollout
- Post-launch fixes
Success criteria
The product is live, verified, documented and ready for users.
Everything handed over, nothing locked away.
Concrete output at the end of a react native engagement — code, assets and documentation you own.
The stack we reach for first.
Chosen per project constraints — this is the starting point, not a rule.
Frontend
- TypeScript
Mobile
- React Native
- Expo
- Reanimated
Delivery
- Fastlane
- Sentry
Apps people keep coming back to.
Selected projects built with the same approach, team and standards.

Doctor's Management System
Pocket MD
A clinic management system covering appointments, patient records, prescriptions and billing in one workspace.
- React
- Node.js
- MongoDB

Online Learning Solution
E-Learning Platform
A course platform with video lessons, progress tracking, assessments and instructor analytics.
View project
Property Listing Platform
Real Estate Platform
A property marketplace with map-based search, saved listings and an agent dashboard for lead management.
View projectOutcomes, not just output.
Clients stay because the work reduces risk and cost after launch, not only because it looks good at handover.
- 01
Less rework
Platform differences are decided up front, not discovered mid-build.
- 02
Faster decisions
One team, one backlog, one release cadence.
- 03
Better performance
Animations on the native thread and profiled list rendering.
- 04
Clear handoff
TypeScript codebase familiar to any React developer.
- 05
Long-term thinking
Upgrade path planned around Expo and RN release cycles.
Questions we get asked.
Still unsure about something on react native? Ask us directly — we answer honestly, even when the answer is no.
For the vast majority of apps, yes. Animation-heavy or hardware-intensive screens can be implemented natively inside the same app.
We usually start with Expo for speed and move to a custom dev client when native dependencies require it.
Yes, brownfield integration is supported for incremental adoption.
Yes, when built properly — native navigation, gestures and animations running off the JS thread.
Business logic, types and API clients are usually shared. UI components are not.
Yes. Native modules can be added for any capability the ecosystem does not cover.
Most JavaScript-level fixes ship over the air; native changes go through the stores.
Often delivered together.
iOS App Development
Native iOS apps built to Apple's guidelines, from first build to App Store release.
View serviceAndroid App Development
Native Android apps engineered for a wide device range and Play Store distribution.
View serviceAPI Development
Versioned, documented APIs and webhooks that other teams can build against.
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Ready to build something better?
Tell us what you are trying to build. We'll help you figure out the right next step — scope, sequence and what it realistically takes.
Have a project in mind?
Let’s build something amazing together.
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