CVE-2024-23682

Associating explicit security attributes with data objects enables enforcement mechanisms that keep trust levels from being mixed inside structures.

Documented data-flow representations make trust boundaries explicit and help surface mixing of trusted/untrusted data.

Logical segmentation and access controls enforce separation between trust domains, reducing the chance of co-mingled data structures.

Secure-development practices (coding standards, reviews, validation) directly prevent mixing trusted and untrusted data inside the same structures.

Access control policies establish the boundaries that isolation must enforce.

A.5.18's provisioning, review, SoD enforcement, activation-only-after-authorization, and timely revocation directly stop exploitation of improper isolation/compartmentalization by ensuring privilege boundaries are authorized, segregated, and maintained; bounded remainder is flawed isolation designs that are never granted rights in the first place (pure design flaw, not a rights-management failure).

A.5.3 directly mandates determining and enforcing segregation of conflicting duties/roles (with examples that map to privilege boundaries), which stops improper isolation from being exploitable in most cases; the bounded remainder is small organizations or cases where segregation is impracticable and the clause itself falls back to other controls.

Privileged access rights require strict isolation from ordinary user contexts.

A.8.22's network-domain segregation and perimeter gateways (firewalls) directly enforce isolation between trust/criticality levels, stopping cross-domain exploitation of improper compartmentalization for the bulk of network-based privilege flows; the bounded remainder is non-network resources (e.g. process-level or in-memory compartmentalization inside a single domain).