iOS app development

What it is

Native iOS work in Swift: the application, its privacy declarations, the TestFlight cycle and the review submission — for products where the iPhone version is the product rather than a port.

Why businesses need it

Apple's rules are not advisory; review, privacy labels and permission prompts decide whether the app ships at all. iOS users also expect the platform's gestures, typography and haptics, and notice a port that gives them Android.

What MIWEBX delivers

• Swift application code: navigation, storage, networking and the interface layer
• App Store Connect setup, listings, privacy labels and review submission
• TestFlight internal and external testing on an agreed cadence
• Push through APNs, including token registration and server-side payload construction
• Home-screen widgets, App Clips and background refresh where the product needs them
• Support across iPhone sizes, iPad where it is in scope, and the OS versions your users run

Core features

• Safe areas and Dynamic Type respected, so nothing hides under the island or breaks at large text
• Human Interface conventions followed for navigation, tab bars and standard controls
• Dark mode, system colour and platform typography wired up rather than hardcoded
• Permission prompts written alongside the privacy declaration they have to match
• Sign in with Apple and Keychain-backed credential storage
• Refresh and queue behaviour that survives the OS suspending the app mid-task

Technical capabilities

• APNs token registration and payload construction on the server, not the handset
• Background modes declared and tested against real battery and refresh budgets
• On-device persistence with a migration path for schema changes made mid-release
• Provisioning profiles, certificates and bundle identifiers managed as files in the repository
• Release automation for archiving, uploading and refreshing signing material
• Crash reports symbolicated against the dSYM from that exact build
• Phased release with a written procedure for pulling a build

How we build it

• Confirm the OS versions and devices the business is prepared to carry.
• Build the interface from Apple's own components so it reads as iOS on first launch.
• Wire the data layer, permission flows and APNs path to a staging backend.
• Run TestFlight internally, then externally, and fix what reviewers will test for.
• Submit with privacy declarations complete and work through the review dialogue.
• Release under a staged rollout with crash health watched before it widens.

Technology stack

• Swift
• REST APIs
• GraphQL
• Push notifications (APNs / FCM)
• App Store / Play Store
• SQLite
• Sentry-class crash reporting
• CI / CD

What you receive

• App published through your App Store Connect account, certificates and keys handed over
• Store listing, screenshots, privacy labels and the notes that carried it through review
• TestFlight builds on the cadence you agreed
• Source repository and provisioning setup documented
• Crash reporting and release health configured against the shipped build

Business benefits

• Review and privacy paperwork stop delaying the release
• The app feels like an iPhone app, which is what users judge it on
• Push reaches people who would never open the website
• Each release goes out staged, so a mistake has a small blast radius