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Get That Windows 7 Feel In An OS That Still Gets Updates
Winsage
May 22, 2026

Get That Windows 7 Feel In An OS That Still Gets Updates

Classic 7 is a reskin of Windows 10 IoT Enterprise LTSC, not a revival of Windows 7. It offers long-term support with security updates until 2032 and lacks consumer-oriented bloatware. Classic 7 eliminates forced feature updates, providing a stable user experience and a visually appealing interface reminiscent of Windows 7. Users may face challenges in obtaining a license for this version.
Windows on ARM Security: How to Protect ARM-Based Windows Devices Without Gaps
Winsage
May 14, 2026

Windows on ARM Security: How to Protect ARM-Based Windows Devices Without Gaps

The transition to Windows on ARM devices is increasing across various sectors, with organizations drawn to their performance, efficiency, and battery life. However, there are concerns about securing these devices without introducing vulnerabilities. Windows on ARM security involves safeguarding ARM64-based Windows devices with endpoint security solutions optimized for ARM architecture. The lack of native ARM64 endpoint protection can leave devices vulnerable. Windows on ARM devices operate on ARM64 architecture, differing from traditional x86/x64 systems, which can lead to incomplete protection, performance issues, and compatibility challenges with legacy security tools. This creates security gaps, making ARM-based devices attractive targets for threats like ransomware. To secure ARM-based Windows endpoints effectively, organizations need native ARM64 endpoint protection that ensures optimal performance, consistent protection across all devices, and centralized policy management. Morphisec offers native ARM64 endpoint protection, focusing on preventing threats before execution and providing seamless deployment and management. Without native support, organizations risk fragmented security tools, an expanded attack surface, and operational inefficiencies. Implementing native ARM64 endpoint protection allows for standardized security, simplified processes, and enhanced resilience against advanced threats.
Rustinel: Open-source endpoint detection for Windows and Linux
Winsage
May 11, 2026

Rustinel: Open-source endpoint detection for Windows and Linux

Open-source endpoint detection tools have typically been divided between Windows and Linux, with Windows solutions focused on Sysmon and Linux solutions on eBPF or auditd. Rustinel is a Rust-based endpoint agent that consolidates these efforts by gathering telemetry from both operating systems using ETW on Windows and eBPF on Linux, normalizing the data into a unified model. It evaluates the information against Sigma rules, YARA signatures, and atomic indicators of compromise, storing alerts in ECS-compatible NDJSON format for integration with SIEM or log-analysis platforms. Rustinel supports a range of events on Windows, including process creation, network activity, and PowerShell executions, while Linux support currently includes process, network, file, and DNS telemetry. It operates in user mode on both platforms, requiring specific conditions for installation. Unlike commercial EDR solutions that use kernel drivers, Rustinel's user-mode design prioritizes simplicity and stability, although it acknowledges limitations in tamper resistance and visibility. The agent utilizes three detection engines: Sigma for behavioral matching, YARA for scanning executables, and an IOC engine for deterministic checks. While it leverages existing content familiar to defenders, it has coverage gaps for certain advanced threats. Rustinel is available on GitHub under the Apache 2.0 license.
Windows Defender Security Flaws Actively Exploited by Hackers
Winsage
April 19, 2026

Windows Defender Security Flaws Actively Exploited by Hackers

Three vulnerabilities in Microsoft Defender, known as BlueHammer (CVE-2026-33825), RedSun, and UnDefend, are being actively exploited by hackers. BlueHammer has been patched, while RedSun and UnDefend remain unpatched. The public release of exploit code has accelerated real-world attacks, affecting Windows 10, Windows 11, and Windows Server systems. Attackers have begun exploiting these vulnerabilities, leading to concerns about privilege escalation, disruption of security updates, and the rapid spread of attacks.
Microsoft Rolls Out New Defender Update for Windows 11, 10, and Server Images
Winsage
April 8, 2026

Microsoft Rolls Out New Defender Update for Windows 11, 10, and Server Images

Microsoft released a security intelligence update for Microsoft Defender Antivirus on April 7, 2026, enhancing protection for Windows 11, Windows 10, and Windows Server. The update introduces refined threat detection capabilities to combat malware and zero-day attacks, utilizing advanced detection logic and cloud-based protection. The security intelligence version is 1.447.209.0, engine version is 1.1.26020.3, and platform version is 4.18.26020.6. Updates are automatically delivered via Windows Update, but can also be manually initiated or deployed using standalone installer packages. The update supports legacy platforms, including Windows 7 and Windows 8.1, provided they have SHA-2 code signing support enabled. Additionally, updates to the Network Inspection System (NIS) are available for certain environments.
Don’t blame Windows 11 updates for every problem, Microsoft veteran says
Winsage
April 2, 2026

Don’t blame Windows 11 updates for every problem, Microsoft veteran says

Corporate clients often report to Microsoft that Windows updates disrupt their systems, particularly after Patch Tuesday. A 2026 report from Omnissa indicates that Windows environments experience more application crashes and forced shutdowns than macOS. However, Raymond Chen, a Windows expert, suggests that many systems are already compromised before updates are installed. Engineers at Microsoft frequently find that issues persist even after rolling back updates, and similar failures can occur on machines that haven't received the update yet. The actual triggers for system failures often stem from changes made by IT departments prior to updates, such as new drivers or configuration modifications. These changes may not show immediate issues until a reboot occurs during Patch Tuesday, revealing existing instability. Best practices for IT admins include controlled change management, validating drivers and policies before deployment, using staged rollouts, rebooting after major changes, and maintaining logging and monitoring systems. Microsoft conducts extensive testing of updates to ensure system security and stability, and delaying updates can increase risks.
Time for a PC upgrade? Major study finds workplace devices are way behind on installing the latest updates — with Windows much worse than macOS
Winsage
March 29, 2026

Time for a PC upgrade? Major study finds workplace devices are way behind on installing the latest updates — with Windows much worse than macOS

Outdated devices in enterprise technology lead to significant challenges in stability and security, with Windows devices experiencing 3.1 times more forced shutdowns and 2.2 times more application crashes than macOS devices. Windows environments face 7.5 times more application hangs, causing productivity disruptions, with employees taking nearly 24 minutes to regain focus after interruptions. Over 50% of desktops and mobile devices in educational institutions are unencrypted, and patching deficiencies are common in healthcare and pharmaceutical sectors. The rise of AI tools, which have increased nearly 1000% in usage, requires updated systems that older devices cannot support. Organizations must integrate Digital Employee Experience (DEX), security, and management telemetry to address these challenges and ensure effective device management amidst aging systems and varying maintenance practices.
Microsoft Introduces New Secure Boot Certificates Before June Deadline
Winsage
February 13, 2026

Microsoft Introduces New Secure Boot Certificates Before June Deadline

The foundational security certificates supporting Windows Secure Boot, introduced in 2011, will expire in mid-2026, specifically in June and October. Microsoft and PC manufacturers are updating the Windows ecosystem to address this. Devices that do not receive updated certificates may face security limitations and compatibility issues with newer operating systems and hardware. The transition is described as a "generational refresh" of the trust infrastructure for Windows. Systems failing to update will still function but may enter a "degraded security state," unable to install new security mitigations or newer operating systems. Most users will receive updates automatically through Windows Update, while older systems may require manual intervention. Systems at risk include those running unsupported Windows versions, with Secure Boot disabled, or not enrolled in Extended Security Updates. Users should check their Secure Boot status using PowerShell commands to ensure they are using the new certificates. The update affects not only Windows PCs but also other devices utilizing UEFI Secure Boot.
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