React Native: one codebase, two strong apps

Problem

Cross-platform teams needed shared velocity, but prior implementations suffered from native capability gaps, weak offline behavior, and difficult production debugging.

Strategy

Typed boundaries reduced cross-platform drift, while selective native modules handled platform-specific requirements without fragmenting the codebase. Release automation lowered operational friction as scope expanded.

Approach

We implemented a typed cross-platform foundation with pragmatic native modules, local-first data handling where needed, and release automation to keep deployments predictable.

Solution

We implemented a typed cross-platform foundation with pragmatic native modules, local-first data handling where needed, and release automation to keep deployments predictable.

Outcome

A React Native delivery model that balances shared development speed with production reliability.

• Stronger parity across iOS and Android user flows.
• More reliable offline and sync behavior in real usage conditions.
• Smoother releases through automation and clearer integration boundaries.

Technology

• React Native + TypeScript
• Expo/native modules
• SQLite + sync engine
• Automated releases