Implementing App Clips with Rork Max — delivering the core of your app the moment someone scans a code
Building on the native Swift that Rork Max produces, this note walks through the 15 MB App Clip budget, receiving the launch URL, and handing state off to the full app.
The Termination That Never Shows Up as a Crash — Reading JetsamEvent in Rork Apps
Crashlytics is silent, yet reviewers write that the app closes by itself. Most of the time the OS killed it for exceeding its memory limit. Here is how to read JetsamEvent reports and design an image-heavy app's memory budget from measured values.
Getting Rork Max's Swift Through Swift 6's Strict Concurrency Checking
A field record of taking a Rork Max-generated SwiftUI app through Swift 6 complete concurrency checking: 217 warnings cleared target by target, where @MainActor actually belongs, and measured before/after numbers.
Working Around Rork Max's 20-Geofence Wall with Dynamic Re-registration
In a native Swift app generated by Rork Max, geofences you registered quietly stop firing past a certain count — and it's almost always iOS's silent limit of 20 monitored regions per app. Here's a dynamic re-registration design that keeps only the nearest 20 live, plus a Swift implementation you can drop in.
Migrating Rork Max SwiftUI to @Observable: Narrowing the Re-renders ObservableObject Was Spreading
Rork Max tends to generate SwiftUI apps built on ObservableObject and @Published, where a single state change re-evaluates every subscribing view. Moving to the Observation framework's @Observable narrows invalidation to the property level. Here is the migration path, plus the view-body execution counts I measured in Instruments before and after.
Opening Your Rork Max App to Apple Intelligence — Designing App Intents Assistant Schemas and Handling What Doesn't Fit
How to make actions in a Rork Max-generated Swift app callable from Apple Intelligence using App Intents Assistant Schemas — mapping to the fixed schemas, routing what doesn't fit, availability fallbacks, and on-device testing.
Rork Max (Swift) or the Standard Version (React Native): How to Decide as a Solo Developer
Stuck between Rork Max's native Swift and the standard React Native version? Here is a practical decision framework built from a solo developer's perspective, weighing cost, feature boundaries, and how easy each path is to migrate later.
Your Rork Max App Loses the Photos a User Picked After Relaunch — The Trap of Holding Onto URLs Under Limited Photo Access
In a native Swift app generated by Rork Max, photos picked via PHPickerViewController become unreadable after relaunch — because holding onto a URL or PHAsset no longer works in the age of limited access. Here's a design that copies the actual bytes into your own storage the instant they're picked.
Start a Live Activity Without Launching Your Rork Max App — Designing Around a push-to-start Token That Never Arrives
In a native Swift app generated by Rork Max, you want to start a Live Activity from your server without the user ever opening the app. But the push-to-start token is never observed and it fails silently. Here's the cause and an observation layer that reliably captures the token.
Your Rork Max Health App Misses Overnight Steps — Designing Background Delivery When HKObserverQuery Dies Silently
In a native Swift health app generated by Rork Max, data recorded while the app is closed never arrives — and it's almost always because HKObserverQuery's background delivery stopped without a word. Here's how to isolate the layer that broke and an observation layer you can drop in as-is.
Direct Device-to-Device Sharing in Rork Max Apps — The Local Network Permission Trap That Makes MultipeerConnectivity Fail Silently
How to add serverless, nearby device-to-device sharing to a native Swift app generated by Rork Max. It works in the simulator but no peers ever appear on real devices — and the culprit is almost always a silent Local Network permission failure.
Making Your Rork Max App Resilient to Dropped and Restored Connections: Offline Detection and Retry with NWPathMonitor
Build networking that survives a lost signal in your Rork Max native Swift app with NWPathMonitor. Detect offline states, respect Low Data Mode and cellular, and auto-resend queued work on reconnect — all with working Swift code.