Mobile Apps Engineered for Performance
Cross-platform iOS and Android applications with AI-powered features, offline capabilities, and the performance users expect from native apps.
Overview
Mobile apps face unique engineering challenges that web applications don't: unreliable networks, limited device resources, strict platform guidelines, and users who uninstall apps that feel slow. Building a great mobile experience requires deep understanding of platform constraints and user expectations.
At Artinoid, we design and build mobile applications using the technologies that best fit each product's requirements, performance needs, and go-to-market timeline. Our team evaluates the most suitable approach whether native, cross-platform, or hybrid to ensure the right balance of speed, scalability, and user experience.
Our mobile engineering includes AI-powered features from the start: on-device inference for real-time capabilities, intelligent caching for offline-first experiences, and seamless integration with backend AI services for complex processing.
What We Deliver
Cross-Platform Development
React Native and Expo applications that run natively on both iOS and Android. Shared codebase with platform-specific optimizations where it matters.
AI-Powered Mobile Features
On-device ML models, camera-based AI features, voice interfaces, and intelligent content personalization built directly into the mobile experience.
Offline-First Architecture
Apps that work without a connection. Local data storage, background sync, conflict resolution, and intelligent caching strategies.
Push Notifications & Engagement
Intelligent push notification systems with segmentation, A/B testing, and AI-driven send time optimization for maximum engagement.
App Store Optimization
Performance optimization for App Store and Play Store review processes. Crash-free rate monitoring, startup time optimization, and memory management.
Our Approach
We start with a design sprint to define the mobile experience: what screens are essential for MVP, what interactions need to feel native, and where AI can enhance the user experience. Then we build iteratively, shipping to TestFlight and internal testing tracks every sprint.
Performance is a first-class concern, not an afterthought. We profile render performance, optimize bundle size, and test on real devices across a range of hardware capabilities.
Use Cases
Why Artinoid
Our mobile engineers have shipped apps with millions of downloads and 4.8+ star ratings. We understand the difference between an app that works in the simulator and one that delights users on a 3-year-old phone with a spotty connection. That attention to real-world performance is what separates good apps from great ones.
Frequently Asked Questions
React Native or native iOS/Android — which do you recommend?+
React Native for most products, native for exceptions. If your app needs deep hardware integration — continuous GPS, Bluetooth LE, background audio processing, AR — native is worth the added cost. For the vast majority of business apps, React Native delivers near-native performance at significantly lower development and maintenance cost. We'll tell you honestly which camp your product falls into.
How long does it take to build a mobile app?+
A focused MVP — core flows, no unnecessary features — typically takes 8 to 12 weeks. A full product with multiple user roles, offline support, push notifications, and third-party integrations runs 16 to 24 weeks. Timeline depends heavily on scope clarity at the start; the most common cause of delays is requirements that keep expanding mid-build.
Do you handle App Store and Play Store submission?+
Yes, end to end. We manage the submission process, handle the review guidelines, configure the metadata, screenshots, and descriptions, and work through any rejection feedback. App Store review in particular can be unpredictable; we build in buffer time and know which guidelines trigger the most friction.
Can you add AI features to our existing mobile app?+
Yes. This typically involves building AI capabilities on the backend and exposing them through your app's existing API layer, or adding on-device ML for features that need to work offline or with low latency. We assess your current architecture first to determine the least disruptive integration path.
How do you test across different devices and OS versions?+
We test on physical devices, not just simulators. Our test matrix covers current and two prior major OS versions on both platforms, and a range of screen sizes including lower-end hardware. Performance on a three-year-old mid-range Android is a real constraint — we optimize for it rather than treating it as an edge case.
What does post-launch support look like for mobile apps?+
Mobile apps need more active maintenance than web apps. OS updates regularly break things — sometimes silently. We offer retainer arrangements that include crash monitoring, OS compatibility updates, and ongoing feature development. At minimum, plan for a maintenance budget; apps that go unattended after launch typically accumulate breaking issues within 6 to 12 months.