Cross-platform development is the right default for most mobile products: one codebase targeting both iOS and Android, which means one team, one release cycle, and roughly half the ongoing maintenance of building and keeping two native codebases in sync. It stops being the right default when an app needs deep platform-specific capability that a cross-platform framework cannot expose cleanly, which is when native development, covered on the iOS and Android pages, is the better call.
This page covers Flutter and React Native development specifically. We will tell you honestly which approach fits your product before proposing either.
What We Offer
Flutter development
Single-codebase apps with native-compiled performance, well suited to products where UI consistency across platforms matters as much as native feel.
React Native development
Cross-platform apps sharing code with a React-based web product where one exists, useful when a team already has React expertise in-house.
Offline-first architecture
Local data persistence and sync logic for field or connectivity-constrained environments, so the app remains usable when the network is not.
Push notifications and background sync
Notification infrastructure via Firebase and background data sync that behaves correctly across both platforms’ different lifecycle rules.
How We Help
The decision between cross-platform and native is a real engineering trade-off, and we make it honestly rather than defaulting to whichever framework we most recently used. Cross-platform wins when time-to-market and one shared codebase outweigh needing the newest platform-specific APIs on day one.
A recurring problem we solve within cross-platform apps specifically is connectivity: field operations, wallet apps used in low-signal areas, or telemedicine access in regions with unreliable networks all need an offline-first design, not just error handling for a dropped connection.
Our Approach
We assess whether cross-platform genuinely fits before proposing it, including what platform-specific capability the product might need later, not just what it needs at launch.
For connectivity-sensitive products, offline behaviour is designed from the data layer up, not added as a fallback once the online-only version is built.
Technologies We Use
Industries We Support
Related case studies
- RAAST-Enabled Digital Wallet Built for Unreliable Networks: A consumer wallet with RAAST instant payments, where settlement finality and offline conflict resolution were design decisions rather than late discoveries.
- Telemedicine Platform Built for Low-Bandwidth Consultations: Telemedicine where the video stack was designed for the network the patients actually have, not the one in the specification.