
Apple's ecosystem spans 1.5 billion active devices, with iOS users spending 2x more on in-app purchases than Android users. But Apple's platform demands precision. We build native iOS applications with Swift 6 and SwiftUI that apply the full power of ARKit, CoreML, HealthKit, and Apple Pay — apps that feel like they belong on the device.
Apple users have high expectations. They expect smooth 60fps animations, instant response to gestures, and interfaces that follow platform conventions without thinking about it. Apps that feel even slightly off get deleted.
The problem isn't ambition — it's execution. Many iOS apps are built by teams that treat Apple's platform as just another screen size. They use web-based wrappers or cross-platform shortcuts that ignore the APIs Apple provides. The result: apps that drain battery, stutter during transitions, and miss features like widgets, Siri shortcuts, and iCloud sync that users expect.
Apple rejected approximately 40% of app submissions in 2025 for guideline violations. Even apps that make it through review often suffer from poor retention. The average iOS app loses 77% of its users within three days of installation. Building for iOS means building to Apple's standards, not around them.

We build iOS applications entirely in Swift 6 and SwiftUI, using the native frameworks Apple designed for the platform. This isn't a philosophical preference — it's a performance decision. Native apps access device hardware directly, handle memory efficiently, and integrate with system features like Focus modes, Live Activities, and Dynamic Island.
Our iOS development covers the complete Apple device family: iPhone, iPad, Apple Watch, and Apple TV when applicable. Shared codebase where it makes sense, platform-specific optimizations where it matters. SwiftUI's declarative syntax lets us build complex interfaces faster while maintaining the visual polish Apple demands.
For apps that need machine learning, we use CoreML to run models on-device with zero network latency and full data privacy. ARKit for spatial experiences. HealthKit for health and fitness data. MapKit for location services. StoreKit 2 for in-app purchases and subscriptions. The Apple ecosystem is deep, and we build apps that use it.
We define your app's core features, target devices, and technical requirements. This includes API design, data model planning, and choosing which Apple frameworks to integrate. The output is a technical specification and interactive prototype.
Interface design following Apple's Human Interface Guidelines, with custom components where your brand needs to stand out. We design for iPhone, iPad, and Dark Mode simultaneously. Every screen is prototyped and tested for accessibility.
Swift 6 and SwiftUI development with biweekly TestFlight builds. Backend API development in parallel. Third-party SDK integrations (payments, analytics, push notifications) happen during this phase. Comprehensive unit and UI testing throughout.
App Store Connect setup, metadata optimization, screenshot preparation, and submission. We handle review feedback and iterate until approval. Post-launch: crash monitoring with Sentry, analytics setup, and first iteration planning based on real user data.
No commitments. Tell us what you need and we'll tell you how we'd solve it.
Challenge: Tracking patient vitals and health metrics across Apple devices with HIPAA-compliant data handling
Solution: HealthKit integration with encrypted data sync, Apple Watch companion app, and CoreML for trend detection
Result: 40% improvement in patient engagement through real-time health tracking
Challenge: Converting mobile browsers into buyers with frictionless checkout on iOS devices
Solution: Native app with Apple Pay integration, personalized recommendations via CoreML, and ARKit product previews
Result: iOS users spend 2x more per transaction than mobile web users
Challenge: Field teams needing offline-capable tools with real-time sync when connectivity returns
Solution: Swift app with CoreData for offline storage, CloudKit sync, and push notifications for task updates
Result: 30% reduction in data entry time through automated workflows and Siri shortcuts
Challenge: Delivering interactive learning content with progress tracking across iPhone and iPad
Solution: Universal app with adaptive layout, AVFoundation for media playback, and gamification using SpriteKit
Cross-platform apps built with React Native or Flutter share up to 90% of code between iOS and Android. Backend APIs run on Next.js 16 with Payload CMS 3 and PostgreSQL — the same production stack that powers our web applications, ensuring smooth integration.
We integrate Claude, GPT-4o, and voice AI (Deepgram, ElevenLabs) directly into mobile applications. From intelligent assistants to voice-controlled interfaces — AI features ship as native app capabilities, not bolted-on afterthoughts.
Backend infrastructure you fully control. No dependency on Firebase, Supabase, or other BaaS platforms that can change pricing overnight. Your data, your servers, your deployment pipeline — with full PostgreSQL audit trails.
From app concept and UX design through development, App Store submission, to ongoing updates — one team manages the entire lifecycle. No agency handoffs between design, development, and DevOps.
Fixed-price milestones for each development phase: design, MVP, beta, launch. You review and approve before each phase begins. No hourly billing surprises — you know the total cost before we write a single line of code.
A focused utility app with a single core feature starts at $15,000-$25,000. Business apps with authentication, API integrations, and push notifications range from $30,000-$70,000. Complex apps requiring ARKit, CoreML, or HealthKit integrations can exceed $100,000. We scope every project individually and provide fixed-price quotes after understanding your requirements.
Native iOS with Swift delivers the best performance, full access to Apple-specific APIs (ARKit, CoreML, HealthKit, Apple Pay), and pixel-perfect adherence to platform conventions. Cross-platform frameworks like React Native or Flutter reduce development costs by 30-40% when you need both iOS and Android. We recommend native when your app requires AR, health data, advanced animations, or deep Apple ecosystem integration. Cross-platform makes sense when time-to-market and dual platform coverage are priorities.
An MVP with core functionality takes 8-12 weeks. Full-featured apps with backend, admin panel, and third-party integrations take 14-20 weeks. Enterprise iOS applications with complex requirements can extend to 20-30 weeks. We work in 2-week sprints, delivering testable TestFlight builds after each cycle.
Describe your iOS app concept. We'll assess the technical requirements, recommend the right Apple frameworks, and deliver a fixed-price quote within 48 hours.
Free scoping session · TestFlight builds every 2 weeks · Native Swift & SwiftUI
Result: 25% higher completion rates compared to web-based learning platforms
We manage the complete Apple App Store submission process: metadata optimization, screenshot preparation, app preview videos, compliance with Apple's Human Interface Guidelines, and handling review feedback. Apple rejects about 40% of first-time submissions for guideline violations. Our process addresses common rejection triggers upfront, significantly improving first-time approval rates.
Apple's CoreML framework enables on-device machine learning with zero latency and complete data privacy. We combine CoreML for tasks like image classification, text analysis, and on-device predictions with cloud-based AI (Claude, GPT-4o) for complex reasoning. The hybrid approach lets your app work offline while still accessing powerful AI capabilities when connected.
SwiftUI makes it efficient to build universal apps that run on iPhone, iPad, and Apple Watch from a shared codebase with platform-specific adaptations. iPad apps take advantage of larger screens, Split View, and Slide Over. Apple Watch apps handle notifications, complications, and health monitoring. We design the architecture from day one to support multiple devices without duplicating code.