Windows kernel — Vulnerabilities & Security Advisories 41

This page documents Common Weakness Enumeration (CWE) vulnerabilities within the Windows Kernel subsystem, maintained by Microsoft. It aggregates a comprehensive collection of security flaws affecting the core operating system components that manage memory, processes, and hardware interactions. The dataset covers incidents from 2001 to the present, ensuring a broad historical perspective on kernel security posture. Users can utilize this resource to track vendor advisory timelines, observe the evolution of patching strategies, and analyze recurring design patterns in low-level code. By understanding specific weakness classes, developers and security researchers can identify systemic issues rather than isolated bugs. This aggregation serves as a reference for auditing internal codebases, comparing historical remediation speeds, and studying the impact of privilege escalation risks. The content focuses on technical details such as memory corruption, race conditions, and access control bypasses relevant to the kernel layer. It does not include user-mode applications or driver-specific vulnerabilities unless they directly impact core kernel stability. Researchers may cross-reference these entries with public disclosure timelines and Microsoft Security Response Center bulletins to gauge response efficiency. The data is structured to facilitate analysis of long-term trends in system security and to support academic or professional research into operating system hardening. This approach provides a clear, factual overview without subjective commentary or promotional material. All entries are sourced from official vendor announcements and verified third-party analyses to maintain accuracy and reliability for technical audiences requiring precise historical context.