Windows

Winsage
May 7, 2026
Microsoft is enhancing the performance of File Explorer in Windows 11, moving beyond the initial preloading feature introduced last year. Tali Roth, Microsoft's Head of Product for Windows Shell, stated that the company is committed to implementing targeted optimizations to improve the speed and responsiveness of File Explorer. The preloading adjustment improved the app's launch time but did not resolve performance issues during subsequent uses, as users reported sluggishness when navigating folders. Microsoft's new strategy involves deeper foundational engineering to reduce unnecessary disk reads and application hangs. The ongoing "fix Windows 11" campaign indicates progress, though questions remain about the initial performance issues.
Winsage
May 6, 2026
Microsoft has increased its public relations efforts to highlight enhancements in Windows 11, announcing performance and reliability fixes following an update from Marcus Ash, the Windows Insider lead. Tali Roth, Microsoft’s Head of Product for Windows Shell, addressed user dissatisfaction with the preloading of File Explorer, which is seen as a resource-intensive solution that does not resolve underlying performance issues. Critics argue that while preloading improves initial launch times, it consumes an additional ~35MB of RAM and does not eliminate delays in folder navigation and other functions. In response to the criticism, Roth explained that Microsoft employs a multi-faceted strategy for improving File Explorer, which includes targeted optimizations to the launch sequence, removing unnecessary processes, and addressing deeper foundational issues. These improvements are being rolled out incrementally, with recent Insider builds showcasing enhancements like reduced visual glitches and a modernized Properties dialog.
Winsage
May 6, 2026
System Restore is a recovery tool in Windows that allows users to revert their systems to a previous state, originating with Windows ME. It generates restore points that can be created manually or automatically, with a maximum retention of 60 days starting from the Windows 11 24H2 update in 2025. System Restore captures essential system files and settings but does not recover personal files. The new Point-in-Time Restore feature, introduced in 2025 and appearing in the Windows 11 Insider Experimental preview in April 2026, captures a broader range of data, including user files and applications, and operates on a scheduled basis with snapshots retained for up to 72 hours. It is optional for standard users, enabled by default for PCs with 200GB or more storage, and has storage limits set to 2% of total drive capacity. In enterprise settings, it is always enabled for Windows 365 Enterprise, maintaining restore points for up to one month and utilizing cloud storage. Point-in-Time Restore aims to improve the recovery experience and address limitations of the classic System Restore.
Winsage
May 6, 2026
On April 30, 2026, Microsoft Defender misclassified two legitimate DigiCert root certificates as a severe threat, specifically Trojan:Win32/Cerdigent.A!dha, leading to their quarantine and disrupting SSL/TLS validation across affected endpoints. This misclassification was a result of new malware detections introduced by Microsoft in response to concerns over compromised certificates from a DigiCert breach. The false-positive alerts were triggered by the registry entries of the two trusted root certificates, which are crucial for validating SSL/TLS sessions. Microsoft later acknowledged the error and adjusted the alert logic. There was no actual compromise of the DigiCert certificates, as administrators confirmed that the certificate hashes matched the official values. The misclassification stemmed from a failure to properly constrain the detection to only revoked end-entity signing certificates related to a separate incident. This incident follows a pattern of Microsoft Defender misidentifying legitimate software as malicious, as seen in a 2022 incident where Microsoft Office was flagged as a virus. Organizations with restrictive update policies may continue to face SSL/TLS validation failures until they deploy the corrective Security Intelligence version or manually restore the DigiCert roots.
Winsage
May 6, 2026
Microsoft's partnership with OpenAI has shifted from an exclusive agreement to a non-exclusive one, allowing OpenAI to offer its products on various cloud platforms while Microsoft remains its primary cloud partner. Microsoft is facing potential challenges, including its worst quarterly performance since 2008 and internal sales cuts due to low interest in its AI offerings. Despite this, CEO Satya Nadella reported that Microsoft 365 Copilot has reached 20 million paid enterprise seats, with user engagement increasing. However, there are concerns about the willingness of Microsoft 365 and Office 365 users to pay for Copilot. The non-exclusive agreement may weaken Microsoft's competitive edge, as OpenAI can now license its models to competitors. Microsoft is developing its own in-house AI models and has made leadership changes within its Copilot division to secure its position in the AI market. The future of Copilot in Windows 11 remains uncertain, but Microsoft continues to innovate with AI features across its platforms.
Winsage
May 6, 2026
Microsoft has introduced a redesigned Run dialog box for Windows 11, utilizing the modern UI framework WinUI 3. The new interface features improved speed, quick access to the home directory via the ~ command, and icons for frequently used programs. The browse button has been removed, a change that affects only 0.0038% of users based on data from a sample of 35 million. The new Run box is optional, allowing users to revert to the legacy interface if desired. This update is part of Microsoft's Windows K2 initiative aimed at enhancing performance and reliability for various users.
Winsage
May 6, 2026
Since early May 2026, a U.S. company has introduced Hotpatching technology for compatible devices, allowing security updates to be applied without a full system reboot. This technology replaces code fragments directly in the RAM of running processes, reducing the size of downloaded packages and enabling quicker implementation of critical patches. The update mechanism operates on a hybrid schedule with four base months requiring mandatory reboots for cumulative changes and eight hotpatching months focusing on in-memory security fixes. If extensive architectural changes are needed or if the software environment does not meet standards, the system defaults to a standard installation algorithm that requires a reboot. The technology is designed for corporate infrastructures with high operational demands and requires Windows 11 version 24H2 or later, specific editions, and enabled VBS virtualization protection.
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