Google cracks down on memory-hogging Android apps amid an AI-fueled RAM shortage

Google is tightening its grip on memory-hungry Android applications as the cost of RAM escalates. The company has unveiled stricter memory requirements for apps available on the Play Store, with a strict deadline for developers to optimize their code. With prices soaring, consumers are increasingly favoring devices with lower specifications, which strains apps that consume excessive memory.

Starting in February 2027, apps must adhere to new memory limits in three key areas. Google is offering developers new tools within the Play Console to identify and address excessive memory usage early on. Apps surpassing these limits won't be eliminated but will suffer reduced visibility and publishing capabilities on the Play Store.

In a related move, Google is enhancing user experience when switching devices with Zero-Tap Sign-In. This feature enables apps to automatically recognize your login when transitioning to a new Android device, eliminating the need to re-enter passwords for each app post-upgrade. The rule comes into effect by April 2027, though games are temporarily exempt. Google has plans to provide game-specific sign-in guidance later in 2027.

Interestingly, Google has reduced the RAM in its Pixel 11 Pro lineup from 16GB to 12GB, reflecting the growing concern over RAM shortages across the industry. On the software front, Android 17 introduces a privacy feature that will prevent Internet Service Providers from tracking users' browsing history. This development addresses a gap in privacy protection since the advent of encrypted browsing.

Meanwhile, rumors suggest Samsung's Galaxy S27 Pro, unveiled through various reports, may feature a distinctive design with a larger camera section and a minimalist approach, potentially resembling Apple's iPhone aesthetics. The impending Android 17 update brings four crucial network security upgrades, bolstering privacy and security by addressing the persistent issue of ISPs tracking users' online activities, even when HTTPS encryption is in place.