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Controlled rate limits reduce automated guessing while retaining service availability. It would mitigate authentication brute force responsibly, but it would not protect mobile bearer tokens.

Removing browser UI does not necessarily revoke an existing session. It could help enforce session invalidation after logout, but it would not protect mobile bearer tokens.

Reusable reset links create persistent credential takeover opportunities. That is relevant to authentication and session vulnerabilities, not to protect mobile bearer tokens.

Persistent user-supplied markup needs controlled allowed content and browser execution restrictions. That is relevant to cross-site scripting mitigations, not to prevent DOM-based XSS sink.

CSP can reduce exploit impact but does not replace safe rendering. It would add CSP as XSS defense in depth, but it would not prevent DOM-based XSS sink.

Context-specific output encoding prevents input becoming executable markup. It could help mitigate reflected XSS through encoding, but it would not prevent DOM-based XSS sink.

Use-after-free can corrupt heap state and potentially enable code execution. That is relevant to buffer and integer overflow defenses, not to prevent allocation integer overflow.

Unchecked copies can corrupt stack or heap memory. It could help prevent classic buffer overflow, but it would not prevent allocation integer overflow.

Address randomization raises exploit difficulty but is not a permanent code fix. That is relevant to buffer and integer overflow defenses, not to prevent allocation integer overflow.

Password hashing needs slow adaptive derivation to resist offline cracking. It would fix fast unsalted password storage, but it would not remove exposed client encryption secret.

Possible key compromise breaks the trust assumption of existing ciphertext protection. It could help respond to potentially compromised encryption key, but it would not remove exposed client encryption secret.

Modern handshake policy reduces downgrade and cryptographic weakness exposure. It would harden outdated TLS configuration, but it would not remove exposed client encryption secret.

Dynamic DOM insertion can execute scripts even without server-side reflection. It could help prevent DOM-based XSS sink, but it would not mitigate persistent XSS in stored profiles.

CSP can reduce exploit impact but does not replace safe rendering. That is relevant to cross-site scripting mitigations, not to mitigate persistent XSS in stored profiles.

Context-specific output encoding prevents input becoming executable markup. It would mitigate reflected XSS through encoding, but it would not mitigate persistent XSS in stored profiles.

Possible key compromise breaks the trust assumption of existing ciphertext protection. It would respond to potentially compromised encryption key, but it would not harden outdated TLS configuration.

Client-side packaged secrets cannot be considered secret from users. It could help remove exposed client encryption secret, but it would not harden outdated TLS configuration.

Password hashing needs slow adaptive derivation to resist offline cracking. That is relevant to insecure cryptography and secrets, not to harden outdated TLS configuration.

Context-specific output encoding prevents input becoming executable markup. It would mitigate reflected XSS through encoding, but it would not add CSP as XSS defense in depth.

Persistent user-supplied markup needs controlled allowed content and browser execution restrictions. That is relevant to cross-site scripting mitigations, not to add CSP as XSS defense in depth.

Dynamic DOM insertion can execute scripts even without server-side reflection. It would prevent DOM-based XSS sink, but it would not add CSP as XSS defense in depth.

Client-side packaged secrets cannot be considered secret from users. It could help remove exposed client encryption secret, but it would not respond to potentially compromised encryption key.

Modern handshake policy reduces downgrade and cryptographic weakness exposure. That is relevant to insecure cryptography and secrets, not to respond to potentially compromised encryption key.

Password hashing needs slow adaptive derivation to resist offline cracking. It could help fix fast unsalted password storage, but it would not respond to potentially compromised encryption key.

User interface visibility is not a security boundary. That is relevant to broken object-level authorization, not to fix insecure direct object reference.

Excess token permissions enable unauthorized modifications after token exposure. It would enforce API action-level authorization, but it would not fix insecure direct object reference.

Client-supplied tenant selection enables cross-tenant data access. It could help prevent cross-tenant authorization bypass, but it would not fix insecure direct object reference.

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 prevent local security control tampering.

DEP and related mitigations raise exploit difficulty while patching removes flaws. That is relevant to endpoint exploit mitigations, not to prevent local security control tampering.

Eliminating unused functionality reduces available exploit entry points. It would reduce unused attack surface, but it would not prevent local security control tampering.

Storage confidentiality requires resource-level access enforcement. It could help close anonymous cloud object access, but it would not prevent confused-deputy cloud role assumption.

Build events from outsiders must not access privileged release credentials. It would prevent CI pull-request secret leakage, but it would not prevent confused-deputy cloud role assumption.

Gateway authentication alone cannot stop cross-tenant object access. It could help remediate tenant scope bypass, but it would not prevent confused-deputy cloud role assumption.