Your mobile app built for both platforms.
Cross-platform mobile development that ships to iOS and Android from a shared codebase. Native performance, one engineering team, no platform duplication.
Cross-Platform Development
Build for iOS and Android from a single codebase using React Native, Flutter, or .NET MAUI. Choose the framework that fits your team, timeline, and existing tech stack.
Native Development When It Matters
Some apps demand native. We build in Swift for iOS and Kotlin for Android when platform-specific APIs, GPU-intensive features, or raw performance require it.
Push Notifications & Real-Time
Engagement infrastructure — push notifications, in-app messaging, and real-time updates via WebSockets. Keep users coming back with timely, relevant interactions.
Offline-First Architecture
Local-first data storage with background sync so your app works in subways, hospitals, warehouses, and anywhere else connectivity is unreliable.
App Store Deployment Pipeline
Automated build, testing, and submission to the Apple App Store and Google Play. Version management, release notes, and review compliance handled from day one.
Backend & API Integration
Connect your mobile app to existing systems — REST APIs, GraphQL, authentication providers, payment gateways, and third-party services. No island apps.
One codebase, both platforms
Your mobile app flows through three layers — shared business logic, a thin platform bridge, and a unified deployment pipeline that ships to both stores from a single release.
Your Business Logic
Written once, runs everywhere. The core of your app lives in a single codebase.
- Business logic & state management
- API integration & data models
- Authentication & authorization
- Navigation & routing
- Shared UI components
Native Access
Platform-specific APIs accessed through a thin abstraction — camera, GPS, biometrics, push.
- Camera, GPS, and sensors
- Biometric authentication
- Push notification services
- File system and storage
- Platform-specific UI polish
Both App Stores
One CI/CD pipeline builds, signs, and submits to both stores in a single release.
- Apple App Store submission
- Google Play Store submission
- Automated build and signing
- Screenshot and metadata generation
- Staged rollout and versioning
Your Business Logic
Written once, runs everywhere. The core of your app lives in a single codebase.
- Business logic & state management
- API integration & data models
- Authentication & authorization
- Navigation & routing
- Shared UI components
Native Access
Platform-specific APIs accessed through a thin abstraction — camera, GPS, biometrics, push.
- Camera, GPS, and sensors
- Biometric authentication
- Push notification services
- File system and storage
- Platform-specific UI polish
Both App Stores
One CI/CD pipeline builds, signs, and submits to both stores in a single release.
- Apple App Store submission
- Google Play Store submission
- Automated build and signing
- Screenshot and metadata generation
- Staged rollout and versioning
Ship to Both Platforms Without Doubling the Team
A shared codebase means one engineering team builds for iOS and Android simultaneously. Feature parity by default, not as a catch-up exercise after each release.
Native Performance From a Shared Codebase
Cross-platform does not mean slow. React Native and Flutter compile to native code, delivering the fluid animations and responsive touch interactions your users expect.
One Codebase to Maintain, Not Two
Bug fixes, feature updates, and security patches land on both platforms in a single PR. Your maintenance cost scales with your feature set, not your platform count.
From First Commit to App Store in Weeks
Automated build pipelines, device testing, and store submission workflows are wired in from the first sprint. Your app goes from code to users without manual deployment bottlenecks.
Architecture That Survives OS Updates
Modular architecture with platform abstraction layers means OS updates, new device sizes, and API deprecations are isolated changes — not full rewrites.
Key Capabilities
- Cross-platform development (React Native, Flutter, .NET MAUI)
- Native iOS development (Swift, SwiftUI)
- Native Android development (Kotlin, Jetpack Compose)
- Progressive Web App (PWA) development
- Offline-first data sync architecture
- Push notification infrastructure (APNs, FCM)
- App Store and Google Play submission pipeline
- Mobile API design and backend integration
- Real-time features (WebSockets, server-sent events)
- Device testing and mobile CI/CD (Fastlane, App Center)
Technologies
Engagement Models
Mobile MVP
- Cross-platform app (iOS + Android)
- Core user flow + authentication
- Push notification infrastructure
- App store submission for both platforms
- CI/CD and staging environment
Full Mobile App
- Everything in Mobile MVP
- Offline-first architecture
- Backend API integration
- Multiple user flows and screens
- Analytics and crash reporting
- App store optimization (ASO)
Enterprise Mobile Suite
- Everything in Full Mobile App
- MDM and enterprise distribution
- SSO and role-based access
- Complex integrations (EHR, ERP, CRM)
- Accessibility compliance (WCAG)
- White-label or multi-tenant support
Frequently Asked Questions
Should I build a native app or go cross-platform?
Cross-platform is the right choice for most apps. React Native and Flutter compile to native code, delivering the performance and UI fidelity that users expect on both iOS and Android — from a single codebase. Native development (Swift, Kotlin) makes sense when your app depends on platform-specific APIs like ARKit, advanced GPU processing, or deep OS integration that cross-platform frameworks cannot access. We evaluate your requirements and recommend the approach that fits your timeline, budget, and technical needs.
How long does it take to build a mobile app?
A focused mobile app with core features ships in 8 to 14 weeks depending on complexity. The Mobile MVP tier delivers a working cross-platform app with authentication, one core user flow, and app store submission in 8 weeks. More complex apps with offline sync, backend integrations, and multiple user flows fit the 14-week Full Mobile App tier. Enterprise apps with compliance, MDM, and complex integrations take 20 or more weeks.
How do you handle updates for both iOS and Android?
With a shared codebase, a single pull request lands the same feature or bug fix on both platforms simultaneously. Our CI/CD pipeline builds, tests, and submits to both the Apple App Store and Google Play in one release cycle. Platform-specific changes — like adapting to a new iOS version or Android API — are isolated behind abstraction layers so they do not cascade through the entire codebase.
What does the app store submission process look like?
We handle the full submission pipeline. Automated builds via Fastlane produce signed binaries for both stores. Screenshots, metadata, and release notes are prepared per store guidelines. We manage the Apple review process — including addressing rejection feedback — and Google Play review. Post-launch, version management and staged rollouts are part of the ongoing release workflow.
Can you integrate with our existing backend and APIs?
Yes. We design the mobile app to connect to your existing backend systems via REST, GraphQL, or gRPC. If you need a new backend, we build that too. Authentication integrates with your existing identity provider — OAuth, SAML, or custom auth. Third-party service integrations (payment gateways, analytics, CRM, push providers) are built as modular adapters so individual services can be swapped without rewriting the app.
What happens after the app launches?
You own the codebase, the app store accounts, and all infrastructure. You can bring maintenance in-house, hire other engineers, or continue with us on a retainer for feature development, OS update support, and performance monitoring. We provide a full handoff package including architecture docs, deployment guides, and store account documentation. No lock-in and no proprietary dependencies.
Ready to put your app in both stores?
Book a 30-minute strategy call. We will evaluate your mobile requirements, recommend native vs. cross-platform, and outline a realistic timeline and scope — no pressure, no commitment.