Google tightens Android app memory rules as chip shortage bites

Google is changing its requirements for Android apps as developers confront an industrywide memory chip shortage driven by the AI data center boom. This week, the company announced two new app quality requirements, one focused on cutting apps’ memory usage and optimizing their code.

Google says the mobile industry now faces “significant hardware supply constraints that are altering device memory availability,” which can in turn affect how consumers experience their devices. To address this, the company is setting new performance thresholds in areas like dynamic memory usage and bitmap usage, along with code-optimization requirements meant to prevent problems such as app slowdowns and performance-related crashes.

To help developers meet the new bar, Google is rolling out tools that flag when an app exceeds the thresholds so it can be optimized. More diagnostic tools are coming later this year, including deeper insights from a Memory Limiter feature designed to stop apps from consuming too much device memory.

Google frames the changes as a way to help Android app and game makers keep delivering a quality experience in a market where memory may be less abundant, particularly on lower-end devices where price is a bigger constraint. Developers have until February 2027 to meet the new memory and performance thresholds, which are documented on Google’s Android Developer site.

Separately, Google will require all Play Store apps with user sign-ins — whether optional or mandatory — to automatically restore a user’s sign-in state when they switch Android devices, using the Android Restore Credentials API. That Zero Tap Sign-In requirement takes effect for device migrations by April 2027.

Why it matters

The memory-chip shortage is starting to reshape software requirements, not just hardware pricing — Google is effectively asking developers to build leaner apps to compensate for tighter device memory. Developers targeting budget Android devices, a segment especially exposed to memory constraints, have the most retooling to do before the February 2027 deadline.