RAM Shortage Forces Apps and Operating Systems to Become More Efficient
Google imposes memory usage limits on Android apps starting in 2027.
1RAM Shortage and New Rules
Google will require apps distributed via Google Play to operate within strict memory limits starting in 2027. This decision is directly linked to rising RAM prices and shortages caused by AI demand. Excessive memory usage by apps degrades overall device performance. Google warned that non-compliant apps will be throttled or terminated.
2Impact on User Experience
The new rules could improve performance on low-end phones and computers. They also aim to extend the lifespan of older hardware by slowing the increase in software requirements. This could be a significant win for both everyday users and developers. Performance optimizations will also deliver smoother experiences on premium devices.
3Developers' New Priority
Memory shortages are forcing developers to write more efficient code. In the past, flashy, resource-heavy features took precedence. Now, optimization for low-memory and low-power hardware has become critical. Google's move may lead to more efficient apps and operating systems long-term. This is especially crucial for AI features.
4AI Demand's Effect
High memory demand for AI servers is driving up DRAM prices for consumer devices. Local AI features (LLMs, image generation) require memory bursts. But when apps max out RAM, these features can't run. Google aims to reduce waste in everyday apps to free up space for next-gen AI experiences on existing hardware. This could extend device lifespans.
5Microsoft's Steps
Microsoft is addressing Windows 11's poor memory management. In 2026, they announced plans to reduce the OS's baseline memory footprint. Part of the problem stems from the WinUI 3 framework (released in 2021) and integrated web components. Microsoft's move shows memory shortages are no longer just an 'upgrade' issue.
6Hardware Makers' Response
Manufacturers are using less RAM in new phones. For example, Google's Pixel 11 Pro base models now come with 12GB RAM instead of 16GB. Memory prices are unlikely to return to pre-shortage levels. However, reducing app waste could make existing hardware last longer.
7OS Challenges
Systems like Android and Windows must support a wide range of hardware and app ecosystems. This requires keeping resources in memory to maintain communication. Previously, improving memory efficiency wasn't a priority. Now, shortages are making these efforts mandatory.
8Long-Term Outcomes
Platforms treating memory as scarce will push developers toward efficiency. This could reduce unexpected slowdowns and extend device lifespans. As AI demand grows, memory management will become even more critical. Google's move may mark an industry turning point.
Original article: CNET — RAM Kıtlığı Uygulama ve İşletim Sistemlerini Daha Verimli Hale Getiriyor