Microsoft's mitigations for the YellowKey BitLocker bypass (CVE-2026-45585) go beyond a routine patch by forcing defenders to manually excise autofstx.exe from WinRE images and re-establish trust boundaries, addressing a flaw that allows physical attackers to spawn an unprotected shell via USB-triggered FsTx replay. While the SecurityWeek report accurately describes the attack chain and Microsoft's multi-stage remediation, it underplays the broader architectural weakness: transactional NTFS operations on one volume can arbitrarily alter recovery behavior on another, a capability that extends far past BitLocker to undermine any WinRE-dependent protections. This connects to prior patterns of physical-access exploits, including supply-chain USB attacks documented in 2023-2024 intelligence reporting on state actors targeting critical infrastructure. Will Dormann's analysis correctly flags the FsTx cross-volume mutation risk as the real buried vulnerability, a point the original coverage treats as secondary. Synthesizing Microsoft's advisory, Dormann's technical breakdown, and the researcher's own disclosure of related Windows zero-days reveals that even PIN-augmented TPM configurations remain exposed, contradicting assumptions in enterprise encryption policies. The result is a high-impact exposure affecting scale deployments where physical security cannot be guaranteed, pushing organizations toward hardware attestation and restricted recovery modes rather than software-only fixes.