whcp

Microsoft is tightening one of Windows’ oldest trust assumptions, and the change matters most to the people who rarely think about it until something breaks: device makers, IT admins, and anyone relying on legacy kernel drivers. Beginning with the April 2026 security update, Windows 11 and...

Microsoft is about to do something that sounds small on paper but could reshape a corner of Windows security that has lingered far too long in a grey zone. Beginning with the April 2026 Windows security update, the company will stop trusting legacy cross-signed kernel drivers by default and move...

Microsoft’s latest Windows 11 driver-policy shift is bigger than a housekeeping change. By tightening kernel-mode trust so that legacy cross-signed drivers are no longer accepted by default, the company is moving Windows further toward a modern, Microsoft-controlled signing model built around...

Microsoft’s decision to tighten Windows kernel driver trust is the kind of change that looks technical on the surface but carries broad consequences for security, compatibility, and enterprise management. Beginning in April 2026, Windows 11 and Windows Server 2025 will stop loading legacy...

Microsoft is preparing one of the most consequential Windows kernel trust changes in years, and it lands at the intersection of security hardening, enterprise compatibility, and Microsoft’s broader effort to make Windows 11 feel more reliable. The company plans to stop loading kernel drivers...

Microsoft has begun enforcing a tighter driver trust model in the latest Windows 11 Insider Preview builds, delivering a significant shift in how kernel-mode drivers are validated and trusted by the operating system—changes surfaced today in Beta build 26220.8062 (KB5079458) and Dev build...

Rust’s orange crab may be cute, but the language it represents is reshaping engineering decisions at the deepest levels of modern software: from browsers and kernels to cloud services and consumer devices. At RustConf 2025 the community celebrated a decade since Rust’s 1.0 release while also...

Microsoft’s move to make Rust a first-class option for Windows driver development crystallizes a long-running strategy: reduce the class of memory-safety bugs that have dominated high-severity Windows vulnerabilities by shifting low-level, performance-sensitive code toward a language designed...

Microsoft's effort to let device-driver developers use Rust has moved from research and experiments into tangible tooling and samples, but the path to production-ready Windows drivers written in Rust remains long and cautious — working prototypes and Microsoft-backed crates exist, CodeQL now...

Microsoft’s latest push to force better USB-C behavior on Windows 11 PCs is a welcome — and long overdue — attempt to end a years‑long era of port confusion, flaky charging, and bewildering compatibility problems that have left users juggling cables and vendor support forums. The company is...

Microsoft’s recent push to make USB Type‑C behave like a predictable, debuggable platform capability instead of a marketing checkbox is both overdue and technically precise: Windows 11 (notably the 24H2 branch) now exposes richer USB‑C diagnostics and toast notifications, but that capability...

Microsoft has quietly pushed PC makers to stop treating USB Type‑C as merely a cosmetic port and to implement the platform-level hooks Windows needs to deliver consistent, actionable notifications when Type‑C connections misbehave — a move that aims to end years of “plug‑and‑pray” frustration...

Microsoft is pushing PC makers to stop treating USB Type-C as a cosmetic port and to implement the platform-level hooks Windows 11 needs to deliver consistent, useful notifications when Type‑C connections behave unexpectedly. The company’s guidance — now baked into Windows’ hardware requirements...

Microsoft is set to enhance the stability and security of Windows 11 with the upcoming 25H2 update by implementing stricter driver certification standards. A key component of this initiative is the mandatory static analysis of all drivers, a process designed to identify potential issues in...

For years, the promise of USB-C on laptops has been simplicity and universality: one port, one cable, any device, anywhere. Yet for many Windows users, the real-world experience has often been anything but that. Countless stories abound across forums and tech support lines—of monitors failing to...

Microsoft is embarking on one of its most ambitious undertakings in recent years: eliminating confusion around USB-C ports and their capabilities on Windows PCs with the roll-out of rigorous new standards through its updated Windows Hardware Compatibility Program (WHCP). No longer will users...

The USB Type-C (USB-C) connector has revolutionized device connectivity with its reversible design and versatile capabilities, including charging, data transfer, and video output. However, the inconsistent implementation of USB-C features across Windows devices has led to user confusion and...

Microsoft has announced a significant overhaul of USB-C port functionality in Windows 11 devices, aiming to standardize and enhance user experience across the board. This initiative addresses longstanding inconsistencies where USB-C ports varied in their support for data transfer, charging, and...

USB-C was introduced with the promise of simplifying connectivity by providing a universal port for data transfer, charging, and video output. However, the reality has been far more complex. The proliferation of USB-C ports with varying capabilities—ranging from different USB generations to...

The once-glorious promise of USB-C—a universal, reversible connector designed to displace a rat’s nest of incompatible cables and ports—has long been marred by confusion, disappointment, and a fundamental lack of transparency. As USB-C proliferated across Windows laptops, peripherals, and...