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Make ITMS-91053 Stop Catching Your Rork Max App — A Release-Proof Privacy Manifest Workflow
Fixing ITMS-91053 once doesn't keep it away — every new dependency can bring it back. Here's a field-tested workflow to audit your dependency tree, generate declarations, and catch the rejection locally before you upload.
Trimming App Size for Rork Max Apps: App Thinning and On-Demand Resources
Rork Max ships images and fonts straight into the bundle, so a generated SwiftUI app quietly grows heavy. Here is how I use App Thinning and On-Demand Resources to shrink the first download, with the device numbers I measured and a size budget you can run.
Before You Burn Out Hand-Testing Every Release: Automate Your Rork App's Critical Flows with Maestro
With Rork, a prompt that fixes one screen can quietly break another. Here is how I automate the revenue-critical path from launch to paywall using Maestro and run it in CI, including the spots where I got stuck as an indie developer.
A Custom Screen Appears When You Long-Press a Notification in a Rork Max App — Implementing a Notification Content Extension
How to add a Notification Content Extension to a Swift app generated by Rork Max so a custom UI is drawn only when the notification expands. Covers the split with the Service Extension, updating the in-notification UI from a button, sharing state via an App Group, and the order to check when nothing shows — all with working code.
Retrofitting Offline-First Into a Rork App: Persistent Cache and a Write Queue
Reviews kept saying the app was blank on the subway. Polishing error screens was not enough, so I retrofitted TanStack Query persistence and an offline write queue into a Rork-generated Expo app. Optimistic updates, reconnect flushing, and keeping the layer safe from regeneration are all covered with code.
Building an Ambient Display App for Apple TV with Rork Max
Use the native Swift that Rork Max generates as a foundation for an Apple TV app that quietly plays on a loop. We cover Top Shelf, the focus engine, and seamless video loops, with the practical lessons that only surface in real operation.
Running Rork Max Swift Apps in Many Languages with String Catalog
An operational design for taking the Swift apps Rork Max generates into multiple languages, centered on the .xcstrings String Catalog. From extracting strings to handling plurals, pouring in translations, and checking for breakage, these are the lessons from keeping multilingual apps running.
Turning Rork App Crash Reports You Can Actually Read — Field Notes on dSYM Recovery, Context Logs, and Staged Distribution
You added Crashlytics, but the stack traces are unreadable. Field notes on restoring dSYM/mapping symbols, logging the context that led to a crash, and gating distribution with App Distribution and GitHub Actions.
When Widgets and Live Activities Enter the Picture: Deciding on Rork Max by Operating Cost
When home screen widgets or Live Activities become a requirement, do you stay on the React Native build of Rork or move to Rork Max? Here is how to decide by years of operating cost rather than feature appeal, from the perspective of an indie developer maintaining apps long term.
Building Apple Watch Complications with WidgetKit in a Rork Max App
A concrete walkthrough for adding watchOS complications and Smart Stack support to a SwiftUI app generated by Rork Max, covering target setup, cross-process data sharing, and timeline design.
Auditing the Dependencies Rork Generates: A Supply-Chain Hygiene Routine
Even a four-screen Rork app pulls in 900+ transitive dependencies. Before a vulnerability lands and you cannot tell which app is affected, build an audit habit with npm ls, npm audit, overrides, and depcheck — framed for running several apps at once.
Offline-First Sync for SwiftData in Rork Max — Merging Changes Without Conflicts
How to make the SwiftData apps Rork Max generates sync offline-first so edits survive a flaky connection. Instead of overwriting whole rows, we merge per change, propagate deletes with tombstones, and queue writes that can be resent — shown in code, with the production trade-offs that actually mattered.