React Native and Flutter now cover most use cases at a fraction of two native builds. We ship cross-platform apps that pass App Store privacy review and keep working when the network drops.
High acquisition costs are wasted when clunky interfaces make users abandon the app.
A polished cross-platform interface with engagement loops that retain users and drive repeat use.
Workers in remote locations lose productivity when mobile tools drop connectivity.
An offline-first architecture that caches data locally and syncs with your ERP when connectivity returns.
Separate iOS and Android codebases drain budget and delay releases.
A unified React Native codebase that ships to both platforms at once, halving maintenance.
A single codebase renders native interfaces on iOS and Android, so features land on both platforms at the same time and maintenance does not double.
React Native and Flutter handle 80 to 90% of standard use cases at 60 to 70% of the cost of two native builds.
App Tracking Transparency and privacy nutrition labels make rigorous data governance a prerequisite for App Store approval.
Demand has spiked for B2B field apps that cache data locally and stay productive where connectivity is poor.
A mobile app ships to the store in a sprint. Then it has to pass privacy review, work offline in the field, and stay maintainable as platforms change. That production layer is where most mobile projects bleed budget—and where cross-platform discipline pays off.
Baseline cost to build and launch a complex single-platform native app
Moydus, 2026
Average cost saving favoring cross-platform over native for standard MVPs
Moydus, 2026
Average monthly maintenance for poorly structured legacy mobile codebases
Moydus, 2026
Signal loss for apps that implement App Tracking Transparency incorrectly
Digital Applied, 2026
React Native or Flutter from one codebase, shipped to iOS and Android together.
Local databases (SQLite, WatermelonDB) that mutate offline and sync when a connection returns.
Third-party tracking SDKs are blocked until the user explicitly consents, so you pass App Store review.
Up to 80% of business logic shared with your existing web app, cutting long-term cost.
Two builds where the work was in the parts that do not demo.
Why it is relevant: a platform where access and ownership were first-class, the discipline a consumer app handling user data needs.
Why it is relevant: a real-world scheduling product spanning web and mobile, built around how people actually book.
If your SLED scope calls for field-inspection tools or citizen-facing apps, we build the mobile layer behind the prime. The boundary is fixed on purpose.
NDA-first, subcontract-only. We work behind the prime, under your brand. We do not pursue prime contracts and we never face the agency.
Accessible and offline-ready. WCAG 2.1 AA interfaces and offline-first sync for field crews in cellular dead zones.
You own the code. 100% of the IP and source repository from day 1, on standard frameworks with no proprietary lock-in.
No. Modern frameworks use direct native rendering and hardware acceleration, making them visually and functionally indistinguishable from native for 95% of business use cases.
We engineer the app to block all third-party tracking SDKs from initializing until the user explicitly interacts with the consent prompt, so you pass App Store privacy review.
Yes. We use an offline-first parallel system that stores data locally on the device and syncs with your server automatically when a connection is reestablished.
React Native lets us tap the large JavaScript talent pool and share up to 80% of business logic with your existing web apps. We use Flutter where heavy custom rendering is the priority.
Tell us who uses the app and where. We will tell you whether cross-platform fits and what it takes to ship it.
Scope your app
React Native 
Flutter 
TypeScript 
GraphQL