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A user-chosen grant is a different permission model. Identity lifecycle includes proofing, authentication, authorization and deprovisioning; success in one phase never automatically establishes success in another. Here the decisive fact is regardless of which workstation they use. “Role-based access control using assigned business roles” matches that requirement because RBAC maps membership in a defined role to allowed resources.

Network source does not establish membership in the Finance role. Network restrictions govern allowed flows and trust boundaries, not every application-layer input or business permission. In the reported situation, regardless of which workstation they use. The effective mechanism is “Role-based access control using assigned business roles”: RBAC maps membership in a defined role to allowed resources.

Mandatory labels evaluate classification rather than a Finance group role. Identity lifecycle includes proofing, authentication, authorization and deprovisioning; success in one phase never automatically establishes success in another. Here the decisive fact is regardless of which workstation they use. “Role-based access control using assigned business roles” matches that requirement because RBAC maps membership in a defined role to allowed resources.

Owners cannot override a mandatory label policy. Identity lifecycle includes proofing, authentication, authorization and deprovisioning; success in one phase never automatically establishes success in another. Here the decisive fact is and users cannot override restrictions based on clearance levels. “Mandatory access control enforced by classification policy” matches that requirement because system-managed labels and clearances determine access regardless of ordinary file-owner preference.

Time rules do not compare security classification and clearance. Identity lifecycle includes proofing, authentication, authorization and deprovisioning; success in one phase never automatically establishes success in another. In the reported situation, and users cannot override restrictions based on clearance levels. The effective mechanism is “Mandatory access control enforced by classification policy”: system-managed labels and clearances determine access regardless of ordinary file-owner preference.

NAT is not a data-classification authorization model. Identity lifecycle includes proofing, authentication, authorization and deprovisioning; success in one phase never automatically establishes success in another. Here the decisive fact is and users cannot override restrictions based on clearance levels. “Mandatory access control enforced by classification policy” matches that requirement because system-managed labels and clearances determine access regardless of ordinary file-owner preference.

The owner would not control clearance decisions in strict MAC. Identity lifecycle includes proofing, authentication, authorization and deprovisioning; success in one phase never automatically establishes success in another. Here the decisive fact is an owner of a non-sensitive team folder may decide which coworkers can edit it. “Discretionary access control delegated to the object owner” matches that requirement because dAC allows the resource owner to assign permissions under organizational limits.

Building entry controls are separate from file sharing rights. Physical mechanisms address passage or impact at a location; they cannot directly repair software validation and network authorization defects. In the reported situation, an owner of a non-sensitive team folder may decide which coworkers can edit it. The effective mechanism is “Discretionary access control delegated to the object owner”: dAC allows the resource owner to assign permissions under organizational limits.

No contextual location predicates are described. Identity lifecycle includes proofing, authentication, authorization and deprovisioning; success in one phase never automatically establishes success in another. Here the decisive fact is an owner of a non-sensitive team folder may decide which coworkers can edit it. “Discretionary access control delegated to the object owner” matches that requirement because dAC allows the resource owner to assign permissions under organizational limits.

DNS destination controls do not evaluate payroll resource attributes. DNS determines how names resolve to network destinations; it is not by itself a mechanism for validating a human identity or code provenance. In the reported situation, the device is compliant and the request arrives during an approved window. The effective mechanism is “Attribute-based access control across user, device and time”: aBAC combines relevant attributes rather than relying on one static role.

Unrestricted access ignores user and device conditions. The evidence is the device is compliant and the request arrives during an approved window. Access entitlements govern which specific operations a principal may perform; granting broad roles can expand the damage of credential compromise. By contrast, “Attribute-based access control across user, device and time” operates on the specific concern: aBAC combines relevant attributes rather than relying on one static role.

Encryption cannot by itself decide access based on contextual request attributes. Encryption addresses readability of protected data. Authentication, correct permissions and availability must still be enforced separately. Here the decisive fact is the device is compliant and the request arrives during an approved window. “Attribute-based access control across user, device and time” matches that requirement because aBAC combines relevant attributes rather than relying on one static role.

A role can be valid all week unless augmented by the time rule. Identity lifecycle includes proofing, authentication, authorization and deprovisioning; success in one phase never automatically establishes success in another. Here the decisive fact is a privileged maintenance operation is allowed only on Sunday 02:00–03:00, with all other requests denied. “Time-of-day restriction bound to approved maintenance window” matches that requirement because temporal conditions prevent privileges outside the narrow authorized period.

Interface appearance does not govern a timed authorization. The evidence is a privileged maintenance operation is allowed only on Sunday 02:00–03:00, with all other requests denied. Identity lifecycle includes proofing, authentication, authorization and deprovisioning; success in one phase never automatically establishes success in another. By contrast, “Time-of-day restriction bound to approved maintenance window” operates on the specific concern: temporal conditions prevent privileges outside the narrow authorized period.

Secret knowledge alone does not enforce the permitted clock window. Authentication checks a claimant, but it does not automatically narrow resource privileges or invalidate a different leaked secret. Here the decisive fact is a privileged maintenance operation is allowed only on Sunday 02:00–03:00, with all other requests denied. “Time-of-day restriction bound to approved maintenance window” matches that requirement because temporal conditions prevent privileges outside the narrow authorized period.

Strong authentication does not grant the account unlimited resources. Identity lifecycle includes proofing, authentication, authorization and deprovisioning; success in one phase never automatically establishes success in another. Here the decisive fact is an administrator uses a password and a hardware security key for a sensitive login. “It combines knowledge and possession factors” matches that requirement because independent factor types resist compromise of a single password database or phishing channel.

MFA does not remove endpoint malware or session theft risk. The evidence is an administrator uses a password and a hardware security key for a sensitive login. Identity lifecycle includes proofing, authentication, authorization and deprovisioning; success in one phase never automatically establishes success in another. By contrast, “It combines knowledge and possession factors” operates on the specific concern: independent factor types resist compromise of a single password database or phishing channel.

Two known secrets are both knowledge factors, not a different factor category. Authentication checks a claimant, but it does not automatically narrow resource privileges or invalidate a different leaked secret. Here the decisive fact is an administrator uses a password and a hardware security key for a sensitive login. “It combines knowledge and possession factors” matches that requirement because independent factor types resist compromise of a single password database or phishing channel.

Noisy biometric measurements are unsuitable as bare stable high-entropy keys. Encryption addresses readability of protected data. Authentication, correct permissions and availability must still be enforced separately. Here the decisive fact is a team chooses biometric fingerprint access on a phone. “Protect biometric templates and provide an alternative recovery process” matches that requirement because compromised biometric characteristics are not easily replaceable, so protected matching and recovery are essential.

Public templates would create irreversible disclosure risk. Assessment identifies a state and supplies findings, but does not itself enforce a preventive control or finish remediation. In the reported situation, a team chooses biometric fingerprint access on a phone. The effective mechanism is “Protect biometric templates and provide an alternative recovery process”: compromised biometric characteristics are not easily replaceable, so protected matching and recovery are essential.

Biometric systems still have false accept and reject probabilities. The evidence is a team chooses biometric fingerprint access on a phone. Identity lifecycle includes proofing, authentication, authorization and deprovisioning; success in one phase never automatically establishes success in another. By contrast, “Protect biometric templates and provide an alternative recovery process” operates on the specific concern: compromised biometric characteristics are not easily replaceable, so protected matching and recovery are essential.

Network volume flooding is not the user-approval attack path here. DNS determines how names resolve to network destinations; it is not by itself a mechanism for validating a human identity or code provenance. Here the decisive fact is a user approves a push MFA request they did not initiate after receiving dozens of repeated notifications. “MFA fatigue or push-bombing social engineering” matches that requirement because repeated prompts can pressure a user into accepting an unauthorized authentication attempt.

The prompts arrive through a functioning identity service but are maliciously initiated. Identity lifecycle includes proofing, authentication, authorization and deprovisioning; success in one phase never automatically establishes success in another. In the reported situation, a user approves a push MFA request they did not initiate after receiving dozens of repeated notifications. The effective mechanism is “MFA fatigue or push-bombing social engineering”: repeated prompts can pressure a user into accepting an unauthorized authentication attempt.

Password derivation does not explain unwanted approval notifications. The evidence is a user approves a push MFA request they did not initiate after receiving dozens of repeated notifications. Identity lifecycle includes proofing, authentication, authorization and deprovisioning; success in one phase never automatically establishes success in another. By contrast, “MFA fatigue or push-bombing social engineering” operates on the specific concern: repeated prompts can pressure a user into accepting an unauthorized authentication attempt.

Broad permanent rights exceed the specific maintenance task. Access entitlements govern which specific operations a principal may perform; granting broad roles can expand the damage of credential compromise. In the reported situation, a help desk issues an emergency privileged account whose credential should expire after a 20-minute repair window. The effective mechanism is “Just-in-time time-boxed elevation with an ephemeral credential”: short-lived access limits persistence and exposure after the task ends.

Long-lived shared credentials remove individual attribution and clean revocation. The evidence is a help desk issues an emergency privileged account whose credential should expire after a 20-minute repair window. Authentication checks a claimant, but it does not automatically narrow resource privileges or invalidate a different leaked secret. By contrast, “Just-in-time time-boxed elevation with an ephemeral credential” operates on the specific concern: short-lived access limits persistence and exposure after the task ends.

Incident urgency does not negate privileged activity accountability. Telemetry provides evidence and may trigger a response; it does not automatically deny a transaction or remediate its cause. Here the decisive fact is a help desk issues an emergency privileged account whose credential should expire after a 20-minute repair window. “Just-in-time time-boxed elevation with an ephemeral credential” matches that requirement because short-lived access limits persistence and exposure after the task ends.

A shared note has weak accountability and no enforced checkout lifecycle. Authentication checks a claimant, but it does not automatically narrow resource privileges or invalidate a different leaked secret. Here the decisive fact is a company rotates administrator secrets automatically after each approved privileged session and records access to them. “Managed privileged credential vault with checkout and rotation” matches that requirement because a vault limits direct secret exposure and can enforce rotation and attributable retrieval.

Cable tags do not govern who may retrieve an administrator password. The evidence is a company rotates administrator secrets automatically after each approved privileged session and records access to them. Identity lifecycle includes proofing, authentication, authorization and deprovisioning; success in one phase never automatically establishes success in another. By contrast, “Managed privileged credential vault with checkout and rotation” operates on the specific concern: a vault limits direct secret exposure and can enforce rotation and attributable retrieval.

Bookmarks do not control privileged-secret custody or rotation. Browser and web-origin mechanisms affect one request path; the right diagnosis depends on whether the client or trusted server is performing the sensitive action. Here the decisive fact is a company rotates administrator secrets automatically after each approved privileged session and records access to them. “Managed privileged credential vault with checkout and rotation” matches that requirement because a vault limits direct secret exposure and can enforce rotation and attributable retrieval.

Shared secrets make both reuse and attribution problems worse. Authentication checks a claimant, but it does not automatically narrow resource privileges or invalidate a different leaked secret. Here the decisive fact is security reports show that employees reuse a single short password across multiple corporate services. “Require long unique secrets and support approved password managers” matches that requirement because unique generated credentials limit cross-service compromise and reduce reliance on memorability.

Removing authentication is not an acceptable response to password reuse. The evidence is security reports show that employees reuse a single short password across multiple corporate services. Access entitlements govern which specific operations a principal may perform; granting broad roles can expand the damage of credential compromise. By contrast, “Require long unique secrets and support approved password managers” operates on the specific concern: unique generated credentials limit cross-service compromise and reduce reliance on memorability.

Shorter credentials increase guessing feasibility. Identity lifecycle includes proofing, authentication, authorization and deprovisioning; success in one phase never automatically establishes success in another. Here the decisive fact is security reports show that employees reuse a single short password across multiple corporate services. “Require long unique secrets and support approved password managers” matches that requirement because unique generated credentials limit cross-service compromise and reduce reliance on memorability.