Native iOS development makes sense when an app depends on platform-specific capability a cross-platform framework cannot expose well: deep hardware integration, the newest iOS APIs on release day, or performance requirements where a compiled cross-platform layer introduces measurable overhead.
We build in Swift and SwiftUI, with the App Store approval process, Apple’s review guidelines and platform conventions treated as part of the build, not an afterthought at submission time.
What We Offer
Swift and SwiftUI development
Native apps built with current Apple frameworks, giving full access to platform capability and the performance characteristics of a compiled native app.
App Store submission readiness
Building against Apple’s current review guidelines throughout development, so submission is a formality rather than a round of rejections and rework.
Platform-specific integration
Deep integration with iOS-specific capability such as biometric authentication, push notifications and background processing, built the way the platform expects rather than through a compatibility layer.
Performance engineering
Profiling and optimisation for the specific performance and battery characteristics iOS users and Apple’s review process both expect.
How We Help
App Store rejections are a common, avoidable cost. Most of them trace back to guideline violations that were knowable during development, not surprises. We build against the current guidelines from the start rather than treating submission as the first point they get checked.
For apps handling sensitive data (financial transactions, health records), native development also gives more direct control over how the platform’s security features (Keychain, biometric authentication, secure enclave) are used, which matters more than it does for a lower-stakes consumer app.
Our Approach
We track Apple’s current App Store review guidelines throughout the build, not just at submission, since a guideline violation discovered late can mean rework close to launch.
Platform-specific features are implemented the way iOS expects them to work, following Apple’s human interface guidelines, rather than adapting a cross-platform pattern to fit.
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.