Google Photos is working on a new feature called "Memories Games" that will create games based on the people, places, and things in your photos and memories.
Microsoft has acknowledged that some Windows 11 PCs are facing issues with Secure Boot certificate updates, which may fail to install or be blocked. The company is working with PC manufacturers to develop a patch, while users may need to take proactive measures if their certificates are obstructed. Microsoft has temporarily halted the rollout of Secure Boot for certain devices due to complications, and affected users will receive detailed error messages in the Windows Security app regarding their Secure Boot certificates.
Secure Boot certificates issued in 2011 have expired, and Microsoft is replacing them with new certificates issued in 2023. Most modern hardware is already utilizing the new certificates, but some devices may have disabled Secure Boot or faulty firmware. Users can check their Secure Boot status in the Windows Security app. HP has confirmed that Secure Boot updates are being blocked on some of its PCs due to a BitLocker issue, which prevents the installation of new certificates.
Microsoft has paused Secure Boot certificate updates for devices affected by known issues while collaborating with manufacturers to identify specific devices or firmware complications. A firmware update will be necessary for affected devices, but it is not yet available. The majority of PCs have received the Secure Boot certificates via Windows Update, but compatibility issues may prevent some devices from receiving the update. Older devices or those not among the OEM’s top-selling models may not receive updates if the UEFI firmware is unsupported.
Secure Boot is a security feature required for Windows 11, preventing unauthorized software from executing at boot. While an expired Secure Boot certificate does not stop a PC from functioning, it may limit long-term security protection. Microsoft advises users not to disable Secure Boot, as it would compromise security further.
Microsoft provides various types of Windows updates, including Patch Tuesday updates, which occur on the second Tuesday of each month. An example is the KB5094126 update for Windows 11, released on June 9, which includes both security and non-security content. IT administrators can use tools like Autopatch, Intune, and WSUS to deploy these updates. Hotpatching allows security updates to be applied without restarting devices. Optional non-security preview updates are released in the fourth week of each month for testing purposes and can be accessed by users on non-IT-managed devices. Out-of-band (OOB) updates can be issued at any time to address significant issues or vulnerabilities. Microsoft also enhances Windows 11 through annual updates, monthly updates, and Microsoft Store offerings, utilizing Controlled Feature Rollout (CFR) for feature deployment. Users are encouraged to keep their systems updated and can join the Windows Insider Program for early access to new features.
Gen Digital is a publicly traded company focused on cybersecurity and digital privacy solutions, primarily targeting consumers and small businesses. The company generates revenue through recurring subscriptions for its security and identity protection services, which include antivirus software, VPN services, and identity monitoring. Gen Digital's business model relies on bundling multiple security features into comprehensive offerings, providing predictable revenue and stability in cash flows. The company emphasizes continuous updates to its services to protect against evolving cybersecurity threats. Its growth prospects are linked to trends in cybersecurity spending and the increasing adoption of subscription-based solutions. Gen Digital differentiates itself from competitors by focusing on individual devices and home networks rather than large enterprises. The company also benefits from distribution partnerships that help expand its customer base. Long-term demand for its products is driven by digitalization, cyber risks, and growing consumer awareness of privacy issues. Gen Digital's stock performance is influenced by both company-specific factors and broader market trends in technology and cybersecurity.
ASUS Republic of Gamers has launched the ROG Raikiri II Pro PC gaming controller, featuring an 8K polling rate for high responsiveness. It includes customizable hot-swappable TMR joystick modules with two actuation force options (120gf and 50gf), four removable rear buttons, and two extra claw bumpers that can be remapped. A full-color panel allows for on-the-fly adjustments, and ASUS Gear Link software offers detailed customization, including Turbo mode for rapid auto-repeat. The controller boasts up to 79 hours of battery life on a single charge using 2.4 GHz wireless. It comes with premium accessories, including a protective charging case, charging stand, rear button cover plates, a module removal tool, TMR modules, and detachable joystick caps.
On July 19, 2024, at 12:09 AM EDT, 8.5 million Windows PCs, including devices from half of the Fortune 500 companies and the leading U.S. cybersecurity agency, experienced a catastrophic failure due to the Blue Screen of Death, leading to reboot loops. IT teams had to physically access each machine to resolve the issue by removing a problematic CrowdStrike file. CrowdStrike released an automated remediation tool three days later, on July 22. Microsoft pledged to improve Windows' resilience, introducing Quick Machine Recovery nearly a year later.
Microsoft unveiled a new recovery feature called Point-in-time Restore, which allows users to revert their PCs to a previous state when functioning correctly. This feature generates daily snapshots of the entire system using the Volume Shadow Copy Service, retaining the three most recent snapshots and consuming minimal disk space (typically 2% of the system drive). Users can access the restore point through the Windows Recovery Environment after three failed startups, with the restoration process taking 30 to 45 minutes.
Point-in-time Restore differs from System Restore, which creates less comprehensive snapshots and preserves document files. Point-in-time Restore is automatically enabled for systems with at least 200 GB drives in retail or OEM editions of Windows Home or Pro, while it must be manually activated for smaller drives. In Windows 11 Enterprise edition, it is disabled by default and may require administrative approval to activate. The feature intelligently manages disk usage, discarding older snapshots as needed, but users must enter a BitLocker recovery key if their system drive is encrypted. Users are warned about the risk of losing unsaved work when applying a restore snapshot, and reversing the operation is not straightforward.
Microsoft has confirmed that WSL Containers, which allows users to create and manage Linux containers directly from Windows, is now available on Windows 10. Users must have Windows 10 version 2004 (Build 19041) or later to utilize WSL Containers. The installation process involves checking the Windows build, installing WSL, updating to the container build, confirming the version, and running a test command. WSL Containers support GPU passthrough, enabling CUDA capabilities directly from Windows 10. A text-based UI dashboard for managing WSL Containers, named lazywslc, has also been introduced.
Microsoft has acknowledged a significant issue affecting Windows 11 users on versions 24H2 and 25H2, where a bug can consume up to 500GB of storage, leading to critical space shortages and potential system failure. This bug has been reported since May 2025, with a solution disclosed on June 29, but it will not be automatically rolled out until July 14. Users can check if they are affected by navigating to Settings > System > Storage and examining the “System files” category; if it exceeds 100GB, they are likely impacted. The issue is linked to a hidden file named CapabilityAccessManager.db-wal in the “%ProgramData%MicrosoftWindowsCapabilityAccessManager” directory. Microsoft has released an optional update (KB5095093) to address the bug, which also includes feature previews that may affect performance. Users are advised against deleting the problematic file to avoid disrupting WiFi connectivity and screen capture functionalities. An automatic fix will be deployed during the July 14 update.
Microsoft is integrating artificial intelligence into its vulnerability management processes to enhance cybersecurity, particularly for its Windows operating system used by over 1.5 billion devices. The company is implementing an automated, AI-driven approach to identify vulnerabilities earlier in the development cycle, allowing for quicker fixes. Microsoft has developed a cloud-based scanning system called MDASH, which has identified 16 vulnerabilities since its introduction, four of which were critical and promptly patched. AI tools are being embedded earlier in the software development lifecycle, and Microsoft is updating its Secure Development Lifecycle best practices to address potential AI-enabled attack techniques. The shift towards an AI-enhanced system will lead to an increase in the volume of security updates, requiring enterprise administrators to adopt more agile approaches to testing and deploying updates. Microsoft has introduced a feature called Known Issue Rollback (KIR) to help admins revert problematic changes. The company emphasizes the importance of human oversight in evaluating AI findings and making informed decisions.
Microsoft has unveiled a destructive Windows backdoor named GigaWiper, which allows operators remote control over compromised systems to execute irreversible damage. GigaWiper originated from cyberattacks in October 2025 and is a composite of code from at least three malware families. It maintains its presence through a scheduled task disguised as “OneDrive Update,” executing at startup and every minute. GigaWiper can obliterate partition information, overwrite physical drives, and restart systems. It also mimics ransomware by encrypting files with the .candy extension, using randomly generated keys that are not stored, making recovery impossible. The malware has connections to the Crucio ransomware and resembles FlockWiper, with rewritten code in Go. GigaWiper features 20 command codes for various functions, including executing PowerShell instructions, managing processes, capturing screenshots, and remote access similar to VNC. It can remain on a system for surveillance until its destructive functions are activated. Microsoft Defender includes detection capabilities for GigaWiper, and users are advised to enable tamper protection and monitor for suspicious activities.
