CVE-2026-111751

Directly enforces a hard limit on concurrent sessions, structurally preventing unbounded resource allocation.

Imposes a limit on consecutive invalid attempts, preventing one specific class of unbounded resource consumption.

Reduces impact of resulting DoS events without preventing the underlying lack of allocation limits.

Requires explicit allocation of resources by priority or quota, directly stopping unlimited allocation.

Monitoring capacity and taking action to maintain availability directly reduces unchecked resource allocation.

Monitoring network service usage and applying controls to restrict access when necessary limits an attacker’s ability to consume excessive resources through unrestricted or unauthenticated service calls.

A.8.28 mandates secure coding practices — threat modelling, coding standards, peer review, knowledge of common defects — that can catch missing resource limits before code ships, but it is a fallible human practice whose coverage depends on implementer rigour, leaving a nameable remainder that A.8.29 testing reaches more reliably.

A.8.30 carries its effect through the secure-development practices (8.25-8.29) its contract requires of the supplier, so it reduces ordinary software weaknesses in delivered code the way those practices do; CWE-770 is such an ordinary software weakness (missing limits in resource allocation), and the clause's declared ceiling on this verb is `partial`.

A.8.8's reach is DISCLOSURE — it sees only instances that carry a vendor-published flaw. CWE-770 does commonly surface as CVEs (multiple observed examples in third-party libraries, interpreters, and products), so the disclosed minority is findable; the majority of CWE-770 instances live in first-party custom code that never receives a CVE and is outside A.8.8's reach.