Ransomware operates at machine speed. File encryption, credential abuse, and lateral movement often complete before human or automated responders can intervene. Existing security stacks largely follow a detect–decide–respond model in which mitigations are triggered only after irreversible actions have already occurred. This creates a structural control gap: actions are executed without guarantees of reversibility, bounded scope, or evidentiary completeness. Improving detection accuracy alone does not address this failure mode. This paper presents a concise, use-case-specific instantiation of the AxoDen Execution & Assurance Layer (EAL) for ransomware containment. The contribution is not a new detection method, but a restructuring of response such that actions are confidence-gated, reversible by construction, concurrency-safe, and fully evidenced before or during execution. It demonstrates how execution-path assurance changes which mitigations are permitted to occur at all.
Erkan YALÇINKAYA (Sun,) studied this question.