SSDs

Winsage
October 6, 2026
Windows 11 includes a Task Scheduler that automates repetitive tasks to enhance productivity. To set up a task, users should open Task Scheduler, select "Create Task," and fill in details under General, Triggers, Actions, Conditions, and Settings. It's important for laptop users to avoid scheduling tasks that run every five minutes to maintain low-power idle states. The "Run with highest privileges" option should be used cautiously for security reasons. Three recommended automations include: 1. Using WinGet to keep software updated with the command winget upgrade --all --silent --accept-package-agreements --accept-source-agreements --disable-interactivity, scheduled weekly. 2. Disabling unnecessary startup applications and launching them with a delayed logon trigger to reduce startup clutter. 3. Automating tasks with PowerShell for file transfers or system maintenance, ensuring they run during idle times or when connected to AC power. Windows also performs some maintenance tasks automatically, such as deleting temporary files and optimizing drives.
Tech Optimizer
October 4, 2026
Modern antivirus solutions have evolved to integrate seamlessly into daily computing without causing slowdowns, allowing users to maintain speed while ensuring security. Contemporary antivirus software utilizes behavioral analysis and cloud-based threat intelligence to minimize resource consumption during scans. Recent testing assessed the impact of various antivirus suites on gaming performance and internet speeds, revealing that Bitdefender had negligible drops in download and upload speeds during scans, while Malwarebytes showed a significant decline in upload performance. Avast experienced the most considerable degradation in download speeds, and McAfee unexpectedly increased upload speeds during scans. Overall, advancements in antivirus technology mean that running security software no longer requires sacrificing performance.
Tech Optimizer
September 23, 2026
A new tool named BigDiskBuster has been released on GitHub, which disrupts Microsoft Defender Antivirus by preventing it from installing updates. It does this by consuming available disk space during the update process, causing Defender to remain on its current version and unable to receive new platform or signature updates. BigDiskBuster operates as a local denial-of-service technique and requires prior access to the target machine to execute. The tool was created by researcher Abdelhamid Naceri, known as Nightmare Eclipse, who has previously worked on similar projects. As of now, there is no CVE identifier, patch, or advisory from Microsoft regarding this issue.
Winsage
September 20, 2026
Microsoft introduced a feature called point-in-time restore in Windows 11, which creates snapshots of the system every 24 hours to enhance recovery options. This feature began rolling out in late June 2026 and is typically enabled by default for boot drives of 200GB or larger. It uses the Volume Shadow Copy Service to generate restore points that are available for 72 hours before being purged. The feature can consume significant storage space, initially occupying 3.9GB and potentially increasing to over 18GB within two months, reaching a maximum of 2% of the total disk space. Users can adjust the storage usage settings or disable the feature entirely to reclaim space. The default maximum usage can be modified to as low as 0.2%. There are concerns that this feature should have been opt-in rather than opt-out due to its storage implications.
Winsage
September 7, 2026
Defragmenting hard drives was a common maintenance task for Windows users in the 90s and early 2000s that organized scattered files to enhance access speed. With the introduction of solid-state drives (SSDs), the need for defragmentation diminished. A web application, defrag98.com, allows users to simulate the defragmentation experience, complete with sounds and progress bars, providing a nostalgic experience without real utility.
Tech Optimizer
September 1, 2026
Choosing a database instance size without prior knowledge of the workload can lead to inefficiencies and excessive compute usage. Lakebase Postgres addresses this with an autoscaling feature that eliminates manual sizing, utilizing in-place VM resizing and a monitoring algorithm for CPU, memory, and working set size. Lakebase Postgres separates compute and storage layers, allowing independent resizing of compute nodes without affecting the database. The autoscaling algorithm relies on three signals: CPU load (cpuGoalCU), memory use (memGoalCU), and compute-cache working set size (lfcGoalCU). The CPU load is monitored every five seconds, aiming to maintain it at or below 90% capacity. Memory usage is tracked at two frequencies: overall memory every five seconds and Postgres-specific memory every 100 milliseconds, with a goal to keep usage below 75% of allocated RAM. The compute cache evaluates active data access efficiency, adjusting size based on workload. The working set is estimated using a modified HyperLogLog algorithm that records timestamps for page accesses, allowing for distinct page estimates over various time frames. The algorithm projects future working-set growth to allocate sufficient cache while capping it at 75% of RAM. Resizing the compute involves four components: the autoscaler-agent, vm-monitor, Kubernetes scheduler, and NeonVM. Scaling up occurs when any of the three goals indicate a need for more resources, while scaling down includes verification to ensure sufficient memory remains for operations. Timely adjustments in both directions are prioritized to minimize costs.
Winsage
August 29, 2026
Windows Patch Tuesdays often lead to uncertainty for users due to the "Getting things ready" screen, which lacks a percentage bar or estimated time of completion. During this time, Windows is performing complex tasks managed by the Update Orchestrator, which assesses applicable components of updates, prepares necessary files, and stages them for installation. The servicing stack, including Component-Based Servicing (CBS), ensures that only relevant parts of an update are applied at the component level. The update process involves checks, package handling, staging, installation, and finalization, influenced by each PC's unique configuration, installed components, optional features, and drivers. The variability in wait times is due to these factors, and while Microsoft does not provide precise completion times, clearer messaging about the current task could improve user experience. The lack of information can create confusion between necessary updates and a system that appears stuck.
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