Google Adjusts Rules for Android Apps Amid Memory Crisis
Google is changing the rules of the game for Android app developers. The tech giant announced new quality requirements for applications in response to a global shortage of memory chips, driven by the explosion of AI data centers. The focus now is on reducing memory usage of apps and optimizing code.
The mobile industry is facing significant hardware constraints, which affects the availability of memory on devices. This, of course, directly impacts the user experience. To address this issue, Google is establishing new performance standards in areas such as dynamic memory usage and bitmap usage. Additionally, the company is adding code optimization requirements to prevent slowdowns and crashes in applications.
Tools for Developers
To help developers adapt, Google is launching new tools that alert when applications exceed the new limits. This way, they can adjust the code in time. More diagnostic tools are expected by the end of the year, including a feature called Memory Limiter, which prevents apps from using too much memory from the device.
These changes aim to ensure that Android app and game developers continue to deliver a quality experience, even in a market where memory may not be as available, especially on low-cost devices. Developers have until February 2027 to comply with the new standards, which are documented on the Google Android Developer website.
New Login Standards
Furthermore, Google is requiring that all apps in the Play Store meet the Zero Tap Sign-In requirement during device migrations until April 2027. This means that apps with user login, whether optional or mandatory, must automatically restore the user's login state when switching from one Android device to another, using the Android Restore Credentials API.
In practice, these changes reflect how technology needs to adapt to market conditions. The memory shortage is not just a technical issue, but a challenge that affects user experience and the economic viability of devices.
The detail is that, while AI continues to grow and demand more from data centers, the impact spreads throughout the technology chain, reaching our pockets. Google is trying to ensure that, even with less memory available, apps continue to run smoothly and efficiently.
These measures are a reminder that, in technology, everything is interconnected. And sometimes, what seems like a technical detail can have a cascading effect on how we use our devices in everyday life.
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