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Windows RAM at 91%? Use RAMMap to see what’s actually taking up memory
Winsage
October 19, 2026

Windows RAM at 91%? Use RAMMap to see what’s actually taking up memory

A reading of 91% RAM usage in Task Manager does not necessarily indicate that a PC is short on memory. Microsoft’s RAMMap tool provides a detailed breakdown of memory usage into categories such as Active, Standby, Modified, and Free memory. Task Manager presents a single total for memory usage, which can be misleading. An 8GB PC may show 7.1GB used out of 7.8GB without detailing the composition of that figure. Windows retains recently used app data in Standby, allowing for quick access, which means Standby memory is counted as Available. RAMMap categorizes memory usage as follows: - Active: Memory currently utilized by applications and system processes. - Standby: Cached pages that can be reclaimed by Windows. - Modified: Pages that have been altered and need to be written to storage. - Free and Zeroed: Pages ready for reuse. In a test, RAMMap showed 6.96GiB Active, 580MiB Standby, 263MiB Modified, and approximately 36MiB of Free plus Zeroed memory. Task Manager reported 685MB Available, mostly from cached memory. Committed refers to virtual memory allocated to applications, while Compressed indicates memory reduced in size by Windows. Resource Monitor offers a built-in view of memory usage. Emptying the Standby list using RAMMap reallocates memory rather than creating it, as shown in a scenario where Standby memory decreased from 996MiB to 258MiB, but Task Manager’s Available figure dropped from 1.32GB to 921MB. If Available memory consistently diminishes and the PC lags, adding more RAM may be necessary. Windows counts Standby memory as Available because it can be reclaimed quickly. RAM cleaner apps do not effectively increase Available memory, as Windows rebuilds the cache from the drive. Committed in Task Manager does not mean RAM in use; it refers to virtual memory allocated to applications.
Microsoft Adds Incomplete Dark Mode to Some Legacy Windows 11 UI Elements
Winsage
October 12, 2026

Microsoft Adds Incomplete Dark Mode to Some Legacy Windows 11 UI Elements

Microsoft has introduced dark mode support to Hyper-V Manager, a legacy application using the Win32 API. However, the implementation is incomplete, with several key components still displaying in light mode, including the main management view and the virtual machine listing. Features like the Hyper-V Quick Create Gallery and Virtual Machine Connection also remain in light mode, leading to a disjointed user experience. Microsoft plans to unify its user experience by transitioning to the desktop-only WinUI 3 framework to enhance application performance and achieve a cohesive UI across the system.
When Memory Becomes a Release Metric: Preparing Android Apps for Google Play’s New Limits
AppWizard
September 21, 2026

When Memory Becomes a Release Metric: Preparing Android Apps for Google Play’s New Limits

In August 2026, Google Play announced new performance requirements for memory management that will be enforced starting February 2027. These requirements include metrics for dynamic memory usage, bitmap memory, and DEX code optimization. Applications that exceed these thresholds may face reduced visibility and publishing capabilities on the platform. Dynamic memory usage is defined as the sum of anonymous RSS and swap, excluding file-backed data. Google is focused on whether applications retain non-visible bitmaps and requires at least 25% coverage in DEX optimization. Memory issues can be difficult to reproduce, and developers are encouraged to use Android Studio’s Memory Profiler to investigate memory growth. A thorough investigation involves monitoring memory changes, taking heap dumps, and understanding reference paths. Bitmap memory should be carefully managed, as the runtime cost of images can exceed their file size. Google will provide real-world memory metrics through the Play Console, and teams are advised to establish memory budgets and perform pre-release checks to identify potential issues before they lead to out-of-memory (OOM) crashes.
Google to tighten oversight of Android apps’ memory use
AppWizard
August 27, 2026

Google to tighten oversight of Android apps’ memory use

Google is implementing stricter oversight on RAM usage by applications and games to enhance the performance of Android devices. New memory usage restrictions will be introduced on Google Play, requiring apps to adhere to specified memory thresholds, with potential consequences for non-compliance, including slowdowns, termination by the system, reduced visibility in the Google Play store, and publishing restrictions. Monitoring of compliance will begin in February 2027, following the introduction of memory limits with Android 17 on Pixel smartphones. This initiative is linked to a RAM shortage affecting the device market, with reports indicating that the base versions of the Pixel 11 Pro and Pixel 11 Pro XL have less RAM than their predecessors.
Android Pulse has appeared in the Google Play updates – what does the new system app do?
AppWizard
August 25, 2026

Android Pulse has appeared in the Google Play updates – what does the new system app do?

A new system-wide application called Android Pulse has started rolling out to Pixel smartphones, enhancing resource management by monitoring abnormal resource consumption by the operating system and installed applications. It is included in the latest updates for Pixel devices and operates in the background without a separate interface. Android Pulse tracks unusual patterns in battery, CPU, or RAM usage, although Google has not confirmed the exact metrics monitored. The application is integrated within the system settings of Pixel smartphones and is referred to as "Pulse." It has over 10 million downloads on the Play Store, and builds have been available since at least March 27, 2026. Android Pulse may collect encrypted data regarding app performance, but users cannot delete this data.
PSA: Android apps may soon shut down if they use too much RAM
AppWizard
August 24, 2026

PSA: Android apps may soon shut down if they use too much RAM

Google announced a trend where new mobile devices are maintaining or decreasing their physical memory capacity due to rising memory prices, referred to as "RAMageddon." With the rollout of Android 17, a new mechanism allows the operating system to manage memory more efficiently by redirecting data usage to zRAM before forcibly closing apps. This feature helps maintain device performance but may still cause delays during data decompression. Developers are encouraged to optimize their applications for these new memory constraints. Additionally, users can enhance their device security by disabling location services, Bluetooth, reviewing app permissions, limiting background data, and disabling installations from unknown sources.
Google is cracking down on Android apps that use too much memory
AppWizard
August 20, 2026

Google is cracking down on Android apps that use too much memory

Google is implementing stricter memory management for Android applications, extending memory limits for individual apps introduced with Android 17 to devices with 4GB to over 16GB of RAM. The new strategy involves transferring app data into compressed memory (zRAM) when an app reaches its memory limit, which may slightly decrease performance. If an app continues to consume excessive memory, Android can terminate it. Google encourages developers to optimize their apps for these new constraints and is providing tools and resources to help identify high memory consumption issues. Users with limited RAM devices may experience fewer slowdowns, but apps that require substantial memory may face performance challenges or closure if not optimized.
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