iOS App Development Company

Native iOS (Swift/SwiftUI) offers you in-depth Apple framework access, a flawless user experience, and the best performance, making it the right choice for your app if your app requires HealthKit, FaceID, ARKit, or any platform-specific feature.

On the contrary, if you are building for Android and iOS simultaneously on a tighter budget, and you don’t excessively depend on native device APIs, then React Native and Flutter are best.

As a rule of thumb, if your product is feature-rich or iOS is your primary platform, go native. Across both platforms, if speed-to-market matters more, then cross-platform is a reasonable choice.

The standard review time of Apple is typically 24 to 48 hours for most apps. However, apps in sensitive categories (like finance, healthcare, and content), first-time submissions, or those with complex entitlements can take 3 to 7 days.

If rejections occur, add an extra review cycle. We carefully prepare each submission, checking App Store guidelines, screenshots, binary entitlements, and metadata. That’s why 90%+ apps are approved on the first attempt, keeping your launch timeframe on track.

We generally develop for the latest two major iOS versions, which today covers 95%+ of active iPhone and iPad users. iOS adoption is extremely fast, so unlike Android, you rarely need to support versions 2-3 and older. We will confirm the exact minimum deployment target for your unique audience during the discovery phase, counterbalancing feature potential and user coverage.

Of course! We sign a mutual NDA before we discuss your project, proposal, or start any technical scoping. Your business logic, idea, and sensitive details shared during our engagement are completely protected. We also transfer comprehensive IP ownership of the source code once the project is completed. We ensure you hold each line of code we write.

Apple’s modern programming language, Swift, is the right option for all new iOS projects. It’s safer, faster, and notably more readable than Objective-C, with complete support for SwiftUI and the modern Apple frameworks.

On the other hand, Objective-C is a legacy language, still better for maintaining older codebases, but Apple has been avoiding it for years. We will always create new projects in Swift unless you have an existing Objective-C app that demands updates. If you have legacy Objective-C code, we can incrementally migrate it to Swift without disturbing the existing app.

Every September, Apple arrives with a major iOS update. Each release can change UI behaviours, deprecate APIs, or introduce new device powers. Our maintenance and support service involves testing your app against beta iOS versions before any public release, monitoring Apple's developer announcements and WWDC releases, and deploying compatibility updates well before any new iOS launch. This ensures your app performs well even on a new OS version and is always set for the latest device hardware.

Yes. With SwiftUI, you can share a significant part of your codebase across iPad, iPhone, and Apple Watch while delivering a UI that’s adapted properly for every device’s screen size and interaction model.

iPad needs specific work for Stage Manager, split-screen, and Apple Pencil support.

Apple Watch demands a dedicated watchOS target with WatchConnectivity for data syncing. From the beginning, we plan multi-device architecture, so the shared code was created correctly, despite modifying the iPhone code for other devices later.

We follow a pre-submission checklist that shows Apple's App Review Guidelines, covering data collection justifications, privacy declarations, content policies, permission usage descriptions, and binary performance standards.

We test on real devices, verify all capabilities and entitlements are accurately configured, and review each screenshot and metadata field.

Our QA process runs along with development. We use XCUITest for automated UI testing, XCTest for unit testing, and perform manual exploratory testing on physical devices across various iPhone and iPad models. Every sprint includes a regression cycle before we share the TestFlight build with you. Also, before final submission, we run a performance audit leveraging Xcode Instruments, checking CPU load, launch time, memory usage, and battery impact to ensure the app meets Apple’s quality bar.

We build IP protection in our engagement model. Also, we sign an NDA before starting with the scope, all developers working on your project sign individual confidentiality agreements, and we work with access controls in private repositories limited to your project team.

When the project is complete, full source code ownership is transferred to you through a private GitHub or Bitbucket repository. We never reuse architecture, client-specific logic, or proprietary features in other projects.