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Smart App Control arrived in Windows 11 as a quiet, opinionated guardian: built to stop untrusted and potentially malicious apps before they run, it pairs cloud intelligence, code-signing checks, and machine learning to make near‑instant allow/deny decisions — but its design choices produce...

Windows' built‑in security toolbox is larger and more capable than it has ever been, but several of its most visible safeguards can — paradoxically — reduce real‑world security when design and deployment interact with human behavior and system performance. Four features in particular — User...

Microsoft told many owners of older Windows 10 PCs they couldn’t move to Windows 11 — but hundreds of readers proved otherwise, using two straightforward workarounds to complete upgrades on hardware Microsoft’s installer flags as “incompatible.” The result: real-world evidence that the blockers...

Note: below is a long-form, technically focused feature article about CVE-2025-53804. I drew on Microsoft’s official entry for this CVE and on Microsoft documentation and guidance about kernel-mode drivers and driver blocklists to explain the risk, likely exploitation paths, detection and...

CVE-2025-55226 is a locally exploitable race‑condition vulnerability in the Windows Graphics Kernel that allows an authenticated (local) attacker to achieve code execution in kernel context by inducing concurrent access to a shared graphics subsystem resource without proper synchronization. This...

Microsoft has published an advisory for CVE-2025-54110, a Windows Kernel vulnerability caused by an integer overflow or wraparound that can be triggered by a locally authorized attacker to achieve elevation of privilege to SYSTEM on affected machines; administrators should treat this as a...

Windows 11’s insistence that low-level drivers must be signed is the single most effective consumer-facing defense Microsoft has built for the Windows kernel — and it’s also one of the clearest examples of security that feels, at times, actively hostile to the people who own the hardware it runs...

Businesses have entered the critical phase between planning and full-scale implementation for the Windows 10 → Windows 11 transition, and the calendar is unforgiving: Windows 10 support ends on October 14, 2025 — which means device readiness, compatibility validation and a staged deployment plan...

With the clock ticking toward Windows 10’s end of support on October 14, 2025, organisations that still treat migration as a planning exercise run a growing risk of being forced into costly, disruptive decisions at the worst possible moment; moving now from planning to implementation secures...

Battlefield 6’s PC system requirements draw a clear line between playable mid‑range rigs and the high‑end hardware needed for native 4K and competitive high‑refresh play — and they pair those performance tiers with strict platform‑security demands that will shape upgrade decisions and...

EA’s PC requirements for Battlefield 6 land as a pragmatic, security-first baseline: you can play the game on mid-range hardware, but meeting the developer’s anti-cheat and platform-security demands will reshape upgrade decisions for a notable portion of the PC audience. rview Electronic Arts...

Battlefield 6’s updated PC specs make one thing clear: you can play the game on a surprisingly wide range of hardware, but maxing it out will still demand modern, high-end components — and you’ll need to meet new security requirements that affect compatibility and system configuration...

Hotpatch-ready fleets start with one infrastructure choice: enable Virtualization‑based Security (VBS) correctly and at scale — doing so is the single most important step to ensure your Windows devices are eligible for Microsoft’s hotpatch model and to materially reduce reboot-driven downtime...

Hotpatching’s promise — apply security fixes without forcing reboots — hinges on one non‑negotiable platform capability: Virtualization‑Based Security (VBS). For organizations preparing fleets for hotpatch delivery, enabling VBS at scale is the single most important operational task, and it’s...

The “EA AntiCheat has detected an incompatible driver” block is one of the most common hard-stops gamers see on Windows 11: the game launcher refuses to start, the anti-cheat refuses to load, and the only diagnosis shown is a driver filename or a terse popup. This is usually fixable without...

Windows 11 ships with a far stronger security baseline than its predecessors, but real-world attackers and configuration gaps still find workarounds—meaning Defender and Windows Security are necessary, not sufficient, for modern threat defense. (webpronews.com) Background Windows 11’s built-in...

Windows Security is a strong baseline for protecting Windows 11 devices, but it was never designed to be a human-proof, one-stop solution — there are modern threats that built-in tools cannot fully mitigate, and relying on default protection alone leaves significant gaps in phishing...

Windows 11’s security-first architecture is arriving at a critical moment for colleges and universities, delivering a broad set of built-in protections—passwordless sign-on, hardware-based isolation, and Microsoft Defender tooling—that aim to reduce ransomware risk and ease management burdens...

A use‑after‑free vulnerability in the Windows Ancillary Function Driver for WinSock (AFD.sys), tracked as CVE-2025-53137, can be abused by an authorized local user to escalate privileges to SYSTEM on affected Windows hosts — a high‑impact kernel vulnerability that follows a string of similar AFD...

Microsoft’s security roadmap for Windows is increasingly explicit: stronger protections will arrive, but many of them require newer silicon and faster refresh cycles — meaning organizations that want to stay secure will need to buy into both Windows 11 (and beyond) and modern hardware platforms...