Apple Says It Has Fixed Server Bug That Led to Crashing Apps
Apple said late Thursday that it has resolved a glitch that was causing some apps downloaded from its online store to crash upon launch. — “We had a temporary issue that began yesterday with a server that generated DRM code …
Context & Ripple Effects
The fix caps a two-day episode: on July 4 outlets reported iOS and Mac apps crashing at launch after corrupt App Store updates, and developer Marco Arment traced the failures to a server generating bad DRM code — a diagnosis Fortune crowned by calling him 'the hero of Apple's Appageddon.' The story traveled unusually far for an infrastructure glitch, with pickups from PC World, ZDNet, the Washington Post, the Guardian and The Register.
Two wrinkles give it staying power beyond the outage itself: MacStories reported Apple removed negative reviews that users had posted against affected apps while they appeared broken, and the root cause sat entirely on Apple's servers — no app was faulty, yet every freshly downloaded copy crashed.
First-order effects
- Users who downloaded or updated apps during the window get working copies again simply by re-downloading, since the corrupt DRM signatures came from Apple's servers rather than the apps themselves.
- Developers whose apps were wrongly one-starred during the outage get their ratings history partially restored via Apple's review purge, though the crash reports polluting their analytics are theirs to clean up.
Second-order effects
- The episode hands developers and press a concrete example of the App Store's single point of failure: Apple can push a server-side change that breaks every new install overnight, which strengthens the case for staged rollouts and better status communication.
- Review-bombing during outages forces Apple into manual curation afterward — deleting reviews it allowed through — a moderation burden that recurs whenever platform-side faults masquerade as app defects.
Third-order effects
- If the pattern holds, Apple's fully centralized distribution model becomes both its strength and its systemic risk: one bad server deployment can degrade the entire installed-app ecosystem at once, raising the stakes on how quickly Apple acknowledges and attributes such failures.
The trend: As app stores concentrate software delivery behind vendor-run servers, infrastructure glitches increasingly manifest as mass app failures, testing how transparent platform owners must be about faults that are not developers' own.