recovery process Archives

Winsage

June 28, 2026

Microsoft released Windows 11 KB5102558, KB5095615 Setup and Recovery updates

Microsoft released a preview update identified as C-release under KB5095093, along with new dynamic updates to enhance the Windows experience. Dynamic updates refine the Windows Recovery process and improve the setup experience by updating the Windows Recovery Environment (WinRE) and Setup file binaries. These updates ensure a smoother transition during upgrades and preserve Language Pack (LP) and Features on Demand (FODs) content. The updates include: - KB5095186: Safe OS Dynamic Update for Windows 11, version 26H1, enhancing WinRE to version 10.0.28000.2335. - KB5102558: Setup Dynamic Update for Windows 11, versions 24H2 and 25H2, improving setup binaries and files for feature updates. - KB5095615: Safe OS Dynamic Update for Windows 11, versions 24H2 and 25H2, enhancing WinRE to version 10.0.26100.8737. These updates will be automatically downloaded and installed through the Windows Update channel.

Winsage

June 24, 2026

Fixing a broken Windows 11 PC just got easier, and it won’t erase your files

Microsoft has introduced a new feature called point-in-time restore for Windows 11, which allows users to easily revert to previous system states. This feature is available across all editions of Windows 11, including Enterprise, Pro, and Home, and automatically generates restore points every 24 hours. Point-in-time restore captures a comprehensive snapshot of the system, including the operating system, applications, configurations, settings, and local files. It is enabled by default for Windows Home and Pro devices unless under enterprise management, while enterprise-managed systems require Windows 11 version 26H2 for activation. Systems with an OS volume smaller than 200GB have this feature disabled by default. Unlike the traditional System Restore, which requires manual image capture and does not include user files, point-in-time restore integrates user data and can be managed remotely by IT professionals. During its public preview, over two million devices enabled the feature, allowing Microsoft to refine it based on user feedback.

Winsage

June 24, 2026

Windows 11 Adds Point‑in‑Time Restore for System Recovery

Point-in-time restore is a new feature for Windows 11 that allows administrators to revert systems to a previous stable state, streamlining recovery from issues like problematic updates or software conflicts. It automatically generates restore points every 24 hours, retaining them for up to 72 hours and using a maximum of 2 percent of disk space. This feature is available on Windows 11 version 24H2 and later across all editions, including Enterprise, Pro, and Home. Administrators can initiate the restore process through the Windows Recovery Environment (Windows RE) by selecting a restore point. Future enhancements will include remote restore capabilities through Microsoft Intune.

Winsage

May 16, 2026

Microsoft will soon automatically uninstall bad Windows drivers and this new tool could be a game changer for your PC

Microsoft has introduced a tool called Cloud-Initiated Driver Recovery, which allows the company to remotely roll back problematic Windows drivers after they have been distributed via Windows Update. This tool aims to reduce the need for manual intervention from hardware manufacturers and end-users by replacing faulty drivers with the last known stable version. Additionally, Microsoft is working on enhancements for Windows 11, including a redesigned Start menu and a comprehensive reset feature. At the WinHEC 2026 conference, Microsoft also announced a new Driver Quality Initiative to maintain high standards in driver performance and reliability, which will support the effectiveness of the recovery tool.

Winsage

May 15, 2026

Windows Update Will Soon Revert Problematic Drivers Automatically

Microsoft has introduced "Cloud-Initiated Driver Recovery" (CIDR) for Windows Update, which automatically rolls back problematic drivers without user intervention. This system allows Microsoft to trigger recovery actions directly from the Hardware Dev Center, eliminating the need for partners or users to resolve driver issues. The CIDR rollout began in September and aims to address long-standing driver problems, such as the NVIDIA "Nvlddmkm.sys" error. Additionally, users can now pause and skip updates and restart their PCs without mandatory installations. Microsoft is also launching a Driver Quality Initiative (DQI) to enhance the security and reliability of kernel mode drivers through improved verification processes and lifecycle management.

Winsage

May 15, 2026

Zero-day exploit completely defeats default Windows 11 BitLocker protections

A zero-day exploit named YellowKey allows individuals with physical access to Windows 11 systems to bypass BitLocker encryption protections. Discovered by researcher Nightmare-Eclipse, this vulnerability enables unauthorized users to access encrypted drives quickly. The exploit involves transferring a custom FsTx folder to a USB drive, connecting it to a BitLocker-protected device, and entering recovery mode to gain command prompt access without needing a BitLocker recovery key. Esteemed researchers Kevin Beaumont and Will Dormann have confirmed the exploit's functionality, although the specific mechanism within the FsTx folder that enables the bypass is not fully understood.

Winsage

May 13, 2026

Windows Update Gets Cloud‑Based Driver Recovery to Fix Faulty Updates

Microsoft has introduced a cloud-based solution called Cloud-Initiated Driver Recovery to address driver update issues for Windows users. This feature automatically detects and fixes driver-related problems by rolling back faulty drivers without user intervention. It operates within Windows Update, replacing problematic drivers with stable versions or approved alternatives. The recovery process will only activate if a validated driver version is available, and Microsoft will manage it independently of hardware partners. Manual validation and testing will occur from May to August 2026, with full deployment expected by September 2026.

Tech Optimizer

May 1, 2026

Backstage Ditches Postgres for Databricks Lakebase

The divide between operational and analytical databases is diminishing, as evidenced by Databricks integrating Spotify's Backstage with its Lakebase, transitioning from PostgreSQL to a unified data platform. Lakebase now offers a serverless PostgreSQL interface within Databricks, allowing Backstage to operate without awareness of the underlying changes. The integration involved updating configurations and addressing authentication challenges using OAuth JWTs. The integration transforms the database development lifecycle by enabling near-instant database branching through Lakebase's copy-on-write architecture, allowing developers to focus on testing changes rather than safety. Branching creates a pointer to existing data, making the operation instantaneous. Point-in-Time Recovery (PITR) allows for quick restoration of data, demonstrated by a recovery process that took less than four seconds. The goal is to integrate database branching into developer workflows seamlessly, making it automatic. This change could enhance developer productivity by allowing live data testing from the start, eliminating the need for mock objects, and resolving common issues related to staging environments. The traditional constraints of slow and costly database copies will become obsolete, prompting teams to reconsider how much time they spend on workarounds for now-nonexistent constraints.

Winsage

April 27, 2026

Windows 11 KB5083769: The April Update may require the recovery key on certain BitLocker-enabled systems

The April update KB5083769 for Windows 11 versions 24H2 and 25H2, released on April 14, 2026, has a known issue where certain devices may enter BitLocker recovery mode after installation. This problem affects a limited subset of devices with specific, non-recommended BitLocker Group Policy settings. The issue arises when BitLocker is activated, a specific TPM platform validation policy is set to include PCR7, PCR7 binding is not feasible, the Windows UEFI CA 2023 certificate is present, and the device is not using the 2023-signed Windows Boot Manager. Microsoft advises organizations to review their BitLocker Group Policy settings and verify PCR7 binding status before deploying the update to prevent devices from requesting recovery keys. If the recovery prompt appears, users will need to enter the BitLocker recovery key, but subsequent reboots should not trigger the recovery process again if the Group Policy remains unchanged.

Winsage

April 23, 2026

Engineering secure passkey sync in Microsoft Password Manager

Passkeys are a new form of authentication that replace traditional passwords, providing a phishing-resistant and streamlined sign-in process. Microsoft Password Manager allows users to save and synchronize passkeys across devices linked to their Microsoft accounts, enhancing accessibility. The architecture for passkey syncing includes confidential computing for sensitive operations, hardware-rooted key protection for encryption keys, tamper-evident recovery storage, and encrypted synchronization across devices. Sensitive passkey operations are executed in Azure's confidential computing environments, ensuring cryptographic materials are processed securely. The encryption keys are protected using Azure Managed HSM, with access governed by attestation-based mechanisms. Registration and recovery processes require user authentication and enforce security measures within confidential computing boundaries, including a lockout state after consecutive incorrect PIN attempts. The system aims to provide a secure and user-friendly experience as part of a transition to a passwordless future.