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Inspect storage encryption state and key access controls, then test a retrieval authorized by the key policy. This would test encryption at rest, whereas the required evidence is: Validate the trust configuration and sign-in tokens while confirming no separate local password is required.

Review application settings, identity permissions, and provider platform maintenance coverage separately. This would test shared responsibility in PaaS, whereas the required evidence is: Validate the trust configuration and sign-in tokens while confirming no separate local password is required.

Check guest patch compliance and the provider's published infrastructure responsibility scope separately. This would test shared responsibility in IaaS, whereas the required evidence is: Validate the trust configuration and sign-in tokens while confirming no separate local password is required.

Defense in depth deliberately layers independent protection so a single compromised control does not expose every asset. This describes defense in depth; the governing concept here is: Federation extends authentication trust across organizational or security boundaries.

Encryption in transit addresses exposure of data traveling over a communication channel. This describes encryption in transit; the governing concept here is: Federation extends authentication trust across organizational or security boundaries.

Hashing supports integrity comparison; it is not a reversible confidentiality mechanism. This describes hashing versus encryption; the governing concept here is: Federation extends authentication trust across organizational or security boundaries.

Believing a successful login proves no adversary can already be present in the environment. That caution concerns zero trust assume breach; the specific misconception here is: Assuming federation requires copying all partner passwords into the receiving organization.

Assuming an IaaS provider automatically patches every customer-controlled guest OS and application. That caution concerns shared responsibility in IaaS; the specific misconception here is: Assuming federation requires copying all partner passwords into the receiving organization.

Assuming broad permanent administrative access is acceptable because it saves helpdesk time. That caution concerns zero trust least privilege; the specific misconception here is: Assuming federation requires copying all partner passwords into the receiving organization.

Compare a trusted cryptographic digest with a newly computed digest for the received artifact. That addresses a different task: an auditor wants to detect whether a downloaded artifact changed rather than recover original plaintext. The present requirement concerns identity as security perimeter.

Evaluate likelihood, impact, existing controls, and risk treatment choices before accepting or mitigating the exposure. That addresses a different task: a service team must prioritize treatment of a threat that has high business impact but uncertain likelihood. The present requirement concerns identity as security perimeter.

Use supported encryption-at-rest controls with appropriate key protection for stored information. That addresses a different task: a storage team must protect sensitive data on disks and backups if physical media is stolen. The present requirement concerns identity as security perimeter.

Inspect storage encryption state and key access controls, then test a retrieval authorized by the key policy. This would test encryption at rest, whereas the required evidence is: Verify that access decisions still enforce identity-centric requirements from home, office, and mobile networks.

Review role assignments, scope, and expiration against the specific support duties. This would test zero trust least privilege, whereas the required evidence is: Verify that access decisions still enforce identity-centric requirements from home, office, and mobile networks.

Check guest patch compliance and the provider's published infrastructure responsibility scope separately. This would test shared responsibility in IaaS, whereas the required evidence is: Verify that access decisions still enforce identity-centric requirements from home, office, and mobile networks.

Using SaaS shifts underlying service operation to the provider but does not transfer responsibility for customer identities or data use. This describes shared responsibility in SaaS; the governing concept here is: Modern cloud security commonly treats identity as a central control point rather than the physical network edge.

Assume breach means design for detection and damage limitation even while preventive controls operate. This describes zero trust assume breach; the governing concept here is: Modern cloud security commonly treats identity as a central control point rather than the physical network edge.

PaaS abstracts infrastructure management without removing the customer's application and data security decisions. This describes shared responsibility in PaaS; the governing concept here is: Modern cloud security commonly treats identity as a central control point rather than the physical network edge.

Claiming a strong network edge eliminates the need for identity, endpoint, and data controls. That caution concerns defense in depth; the specific misconception here is: Treating corporate IP address membership as the sole security perimeter for cloud resources.

Assuming an IaaS provider automatically patches every customer-controlled guest OS and application. That caution concerns shared responsibility in IaaS; the specific misconception here is: Treating corporate IP address membership as the sole security perimeter for cloud resources.

Assuming disk encryption alone prevents an authorized but malicious signed-in user from reading data. That caution concerns encryption at rest; the specific misconception here is: Treating corporate IP address membership as the sole security perimeter for cloud resources.

Plan containment, segmentation, continuous monitoring, and recovery as if some initial compromise may occur. That addresses a different task: a security team is designing controls for a possible stolen administrator token. The present requirement concerns single sign-on concept.

Keep responsibility for application code, user access, and data configuration while the platform provider maintains the underlying runtime and infrastructure. That addresses a different task: a development group moves an application to a managed platform and must assign duties for application code and identities. The present requirement concerns single sign-on concept.

Evaluate identity, device, resource, and contextual signals for each access request instead of relying on network location alone. That addresses a different task: a team proposes trusting all requests originating from a corporate office subnet. The present requirement concerns single sign-on concept.

Check certificate validation and negotiated secure transport on the actual client-to-service path. This would test encryption in transit, whereas the required evidence is: Sign in once and validate access to multiple correctly integrated apps under one identity session.

Review role assignments, scope, and expiration against the specific support duties. This would test zero trust least privilege, whereas the required evidence is: Sign in once and validate access to multiple correctly integrated apps under one identity session.

Run a simulated compromise and confirm lateral movement is limited and response telemetry is available. This would test zero trust assume breach, whereas the required evidence is: Sign in once and validate access to multiple correctly integrated apps under one identity session.

Assume breach means design for detection and damage limitation even while preventive controls operate. This describes zero trust assume breach; the governing concept here is: Single sign-on reuses an established authentication context across participating applications.

Zero Trust says verify explicitly, not trust requests because they originated inside a familiar network. This describes zero trust explicit verification; the governing concept here is: Single sign-on reuses an established authentication context across participating applications.

PaaS abstracts infrastructure management without removing the customer's application and data security decisions. This describes shared responsibility in PaaS; the governing concept here is: Single sign-on reuses an established authentication context across participating applications.

Assuming disk encryption alone prevents an authorized but malicious signed-in user from reading data. That caution concerns encryption at rest; the specific misconception here is: Assuming single sign-on automatically gives a user authorization to every connected application.

Assuming broad permanent administrative access is acceptable because it saves helpdesk time. That caution concerns zero trust least privilege; the specific misconception here is: Assuming single sign-on automatically gives a user authorization to every connected application.

Assuming encrypted disks also encrypt every network packet sent to an external endpoint. That caution concerns encryption in transit; the specific misconception here is: Assuming single sign-on automatically gives a user authorization to every connected application.