The Windows Registry Adventure #7: Attack surface analysis

This long-form research article examines the Windows Registry as a kernel-level attack surface: its history, internal design, notable classes of vulnerabilities (hive memory corruption, pool corruption, refcounting/UAFs, race conditions, logic/atomicity errors), concrete CVE examples and root causes, entry points an attacker can use (app hives, user hives, log files, transactions, virtualization, layered keys, registry callbacks), exploitation primitives and impacts (local privilege escalation, SAM corruption, info disclosure), and practical fuzzing/analysis recommendations and limitations.