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Insecure design creates systemic resource exhaustion beyond one coding bug. That is relevant to insecure design and data poisoning, not to prevent attacker-supplied metadata poisoning.

Untrusted labels can poison model behavior even when code is bug-free. It would mitigate training-data poisoning, but it would not prevent attacker-supplied metadata poisoning.

Transaction integrity requires governance controls, not just secure software code. It could help fix missing dual control in payment design, but it would not prevent attacker-supplied metadata poisoning.

Strong second factors reduce impact of stolen primary credentials. It could help harden admin login against phishing, but it would not mitigate flat authorization exposure.

Ephemeral credentials reduce exposure and limit replay windows. That is relevant to protection against credential misuse, not to mitigate flat authorization exposure.

Known-compromised credentials increase password-stuffing success risk. It would block known breached passwords, but it would not mitigate flat authorization exposure.

Trusted identifiers prevent traversal to sensitive local files. It could help prevent local file inclusion through template name, but it would not prevent local directory traversal.

User-controlled inclusion can fetch attacker-controlled executable content. It would mitigate remote file inclusion, but it would not prevent local directory traversal.

Validation order can permit encoded traversal bypasses. It could help close encoded traversal validation gap, but it would not prevent local directory traversal.

Reusable reset links create persistent credential takeover opportunities. That is relevant to authentication and session vulnerabilities, not to mitigate authentication brute force responsibly.

Tokens function as credentials and require confidentiality at rest. It would protect mobile bearer tokens, but it would not mitigate authentication brute force responsibly.

Removing browser UI does not necessarily revoke an existing session. That is relevant to authentication and session vulnerabilities, not to mitigate authentication brute force responsibly.

Discovery and retrieval of backup files can disclose credentials and source code. It would block web backup disclosure, but it would not manage end-of-life vulnerable appliance.

Image reuse spreads credentials to new systems and potential unauthorized readers. It could help remediate secrets embedded in machine image, but it would not manage end-of-life vulnerable appliance.

Default credentials are widely known and enable simple takeover. That is relevant to security misconfiguration and legacy components, not to manage end-of-life vulnerable appliance.

Strong second factors reduce impact of stolen primary credentials. That is relevant to protection against credential misuse, not to replace long-lived automation credentials.

Known-compromised credentials increase password-stuffing success risk. It would block known breached passwords, but it would not replace long-lived automation credentials.

Reducing default reach limits the impact of stolen credentials. It could help mitigate flat authorization exposure, but it would not replace long-lived automation credentials.

Validation order can permit encoded traversal bypasses. That is relevant to path traversal and file inclusion, not to mitigate remote file inclusion.

Directory bounds must be checked after resolving traversal sequences. It could help prevent local directory traversal, but it would not mitigate remote file inclusion.

Trusted identifiers prevent traversal to sensitive local files. That is relevant to path traversal and file inclusion, not to mitigate remote file inclusion.

Dynamic DOM insertion can execute scripts even without server-side reflection. It would prevent DOM-based XSS sink, but it would not mitigate reflected XSS through encoding.

Persistent user-supplied markup needs controlled allowed content and browser execution restrictions. It could help mitigate persistent XSS in stored profiles, but it would not mitigate reflected XSS through encoding.

CSP can reduce exploit impact but does not replace safe rendering. It would add CSP as XSS defense in depth, but it would not mitigate reflected XSS through encoding.

SameSite restrictions reduce ambient credential use in cross-site requests. It could help tighten unnecessary cross-site cookie use, but it would not prevent script-accessible auth cookie theft.

Password changes alone may not invalidate stolen session tokens. That is relevant to session and browser protections, not to prevent script-accessible auth cookie theft.

Secure cookies reduce transmission over unencrypted connections. It would protect cookies over HTTPS, but it would not prevent script-accessible auth cookie theft.

Self-protection controls prevent ordinary privileged sessions from silently weakening defense. It would prevent local security control tampering, but it would not reduce unused attack surface.

Signed status does not guarantee a driver is safe or currently supported. It could help mitigate bring-your-own-vulnerable-driver attack, but it would not reduce unused attack surface.

DEP and related mitigations raise exploit difficulty while patching removes flaws. That is relevant to endpoint exploit mitigations, not to reduce unused attack surface.

HttpOnly reduces credential theft through client-side script access. It would prevent script-accessible auth cookie theft, but it would not terminate stale sessions after password reset.

SameSite restrictions reduce ambient credential use in cross-site requests. That is relevant to session and browser protections, not to terminate stale sessions after password reset.

Secure cookies reduce transmission over unencrypted connections. It would protect cookies over HTTPS, but it would not terminate stale sessions after password reset.