Google to require Android apps to cut memory use as AI data centers squeeze chip supply

Google tightens Android app requirements over memory shortage

Google is changing what it expects from Android apps, and the reason sits far from any phone: an industrywide memory chip shortage driven by the AI data center boom. According to TechCrunch, the company announced two new app quality requirements this week, one of which targets how much memory apps consume and how well optimized their code is.

Google's explanation, as reported by TechCrunch, is that the mobile industry is now dealing with hardware supply constraints serious enough to change how much memory ships in devices, which in turn affects the experience consumers have with their phones. The new rules are Google's attempt to keep Android apps and games running well in a market where memory may be less readily available, particularly on low-end devices where price points are a concern.

What the new thresholds cover

The requirements establish performance thresholds across several areas, including dynamic memory usage and bitmap usage. Google is also adding code optimization requirements intended to prevent performance-related slowdowns and crashes.

To help developers comply, Google is rolling out tools that alert them when their apps exceed the new thresholds, giving teams a chance to optimize their code before it becomes a compliance problem. TechCrunch reports that additional diagnostic tooling will arrive later in the year, including a Memory Limiter feature designed to stop apps from consuming too much of a device's memory.

The thresholds themselves are documented on Google's Android Developer site, and developers have until February 2027 to meet them.

A second requirement: Zero Tap Sign-In

The memory rules are paired with a second change. By April 2027, all Play Store apps will need to meet Google's Zero Tap Sign-In requirement during device migrations. Any app that includes user sign-ins, whether those sign-ins are optional or mandatory, must automatically restore a user's signed-in state when they move between Android devices. Google's mechanism for this is the Android Restore Credentials API.

Why it matters

The AI buildout has mostly been discussed in terms of GPUs and electricity, but memory is a parallel bottleneck, and this is one of the clearest signals yet that the squeeze is reaching consumer software. A shortage that TechCrunch links directly to AI data center demand is now shaping the quality standards Google sets for apps running on billions of phones.

For developers, the change means real engineering work: auditing memory behavior, trimming bitmap usage and optimizing code paths, all against a hard deadline enforced through the Play Store. For users, especially those buying cheaper devices where memory budgets are tightest, the stated goal is fewer slowdowns, fewer crashes and apps that behave better on constrained hardware.

The move also marks a shift in how platform requirements get justified. Google is framing app quality rules not purely around user experience, but around physical hardware scarcity, a reminder that capacity decisions made for AI infrastructure can eventually land on the desk of an Android developer.