
How we use AI in development — and where we don't
Every studio now says it uses AI. The useful question is where. Here is how it fits into our sprints, where it is deliberately kept out, and what that means for the code you end up owning.
Where it earns its place
Discovery and research: summarising interviews, mapping competitors, turning a scoping call into a first draft of user flows. In the build: boilerplate, data models, API clients, test suites and migrations — the code that is tedious to write and easy to check. It also gets a first pass of a screen from the Figma file, which a designer and an engineer then finish by hand.
Where it is kept out
Architecture decisions, anything that touches payments, personal data or security, performance work and the last ten percent of UI polish. These are exactly the places where a plausible-looking answer is the most expensive kind of wrong, so they stay with the senior engineer from the first line.
The rule that makes it safe
No line ships without a senior review, whether a person or a model wrote the first draft. Generated code is covered by the same tests and held to the same standard, and there are no AI-only pull requests. When AI is a product feature — a scanner, an assistant, a recommendation — its prompts are evaluated on real data before release, not on a demo.
What changes for you
Discovery gets shorter and a clickable prototype arrives in days. Sprints keep their two-week rhythm with a TestFlight build every Friday, but more of each sprint goes to the product instead of the plumbing. And the codebase you receive is written to be read by your next engineer — that is the bar, not how fast it was produced.
AI makes a senior team faster; it does not make a junior team senior. Ask any studio which parts of your app a person will still write by hand.
StrategyFlutter or native: how we actually decide
DesignOnboarding that keeps day-seven users
StrategyHow much does an app cost? The honest breakdown
Design7 mobile app design trends to watch in 2026
DevelopmentClean code in mobile development
StrategyHow to validate your app idea before building
DesignHow to Build Custom App Dashboards
DevelopmentSolving Memory Bottlenecks in Multithreaded Apps
DesignBest Practices for Mobile App Onboarding
DevelopmentPWA vs Native vs Hybrid: Key Differences
DesignHow to Design App Screenshots for Maximum Impact
Growth7 Content Marketing Tips for App Launches
DesignHow to Build Scalable iOS Apps with Swift
StrategyMobile App Feature Planner Made Easy
DevelopmentXcode vs Android Studio: Key Differences
DesignHow to Build a Personalized Recommender System
DesignUI/UX Design Checklist for Perfect Apps
GrowthApp Store Keyword Finder for Better Reach
Development10 Best Practices for Real-Time Data Sync
DevelopmentCase Study: Scalable Backend for Fitness Apps
Design5 Common UI/UX Mistakes Startups Make
DesignHow SwiftUI Simplifies iOS UI Design
GrowthApp Visibility Metrics: What to Track in 2025
DevelopmentiOS vs Android Development: Which Platform First?
GrowthFreemium vs. Subscription: App Monetization Models
Growth10 Gamification Techniques for App Retention
StrategyStep-by-Step MVP Development Process Explained
GrowthApp Store A/B Testing vs. Google Play Experiments
DevelopmentBest Practices for Mobile App Battery Efficiency
GrowthCommon App Store Rejection Reasons
StrategyHow to Choose a Tech Stack for Startup Apps
DesignBest Practices for Voice UI Design in Mobile Apps
StrategyMobile App Development Checklist for Startups
StrategyMVP Prototyping for Non-Technical Founders
DesignMobile App UI/UX Design: Common Questions Answered
GrowthLow User Engagement? 7 Mobile App Solutions
GrowthApp Store Optimization: 8 Tips for Better Rankings
DesignMobile App Development Cost: 2025 Pricing Guide
Growth10 Steps to Launch Your First Mobile App
DevelopmentBest Mobile App Development Tools in 2025
DevelopmentSwift vs Kotlin: Best Language for Mobile Apps?
StrategyHow to Choose Mobile App Development Company