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Trace a sign-in through the provider and validate the relying application's accepted identity assertion. That result would support an assessment of identity provider, not the encryption at rest measure implemented in this case. The appropriate observation is: Inspect storage encryption state and key access controls, then test a retrieval authorized by the key policy.

Query authorized directory entries and compare membership and attribute changes to the source of truth. This would test directory services, whereas the required evidence is: Inspect storage encryption state and key access controls, then test a retrieval authorized by the key policy.

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

Single sign-on reuses an established authentication context across participating applications. This statement belongs to single sign-on concept; it does not directly explain the narrower requirement here. The governing concept for this case is: Encryption at rest protects stored content from unauthorized reading without claiming to control user authorization.

Directory services provide a structured identity store and lookup capabilities; they do not alone define every resource permission. This statement belongs to directory services; it does not directly explain the narrower requirement here. The governing concept for this case is: Encryption at rest protects stored content from unauthorized reading without claiming to control user authorization.

An identity provider authenticates identities and supplies the identity information applications rely on. This describes identity provider; the governing concept here is: Encryption at rest protects stored content from unauthorized reading without claiming to control user authorization.

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

Assuming a directory group entry automatically grants access to every resource without permission configuration. That caution can be material to directory services, but it is not the specific flawed assumption described by this requirement. The relevant misconception is: Assuming disk encryption alone prevents an authorized but malicious signed-in user from reading data.

Assuming every authenticated employee has permission to read every organizational file. That caution concerns authorization; the specific misconception here is: Assuming disk encryption alone prevents an authorized but malicious signed-in user from reading data.

Configure trusted single sign-on across applications that accept the identity provider's session or tokens. This response addresses a different security or compliance task, namely: A staff member needs to open several approved cloud apps without repeated independent sign-ins. The immediate case instead calls for encryption in transit; specifically, use authenticated encrypted transport such as tls between the communicating endpoints.

Perform authentication using an appropriate credential or authenticator before treating the claimant as the user. This response addresses a different security or compliance task, namely: A user enters a username but the service still needs assurance that the claimant owns the account. The immediate case instead calls for encryption in transit; specifically, use authenticated encrypted transport such as tls between the communicating endpoints.

Use an identity provider to authenticate identities and provide trusted identity claims to relying applications. That addresses a different task: several applications must rely on one trusted service to issue identity assertions for users. The present requirement concerns encryption in transit.

Query authorized directory entries and compare membership and attribute changes to the source of truth. This would test directory services, whereas the required evidence is: Check certificate validation and negotiated secure transport on the actual client-to-service path.

Verify that access decisions still enforce identity-centric requirements from home, office, and mobile networks. This would test identity as security perimeter, whereas the required evidence is: Check certificate validation and negotiated secure transport on the actual client-to-service path.

Trace a sign-in through the provider and validate the relying application's accepted identity assertion. That result would support an assessment of identity provider, not the encryption in transit measure implemented in this case. The appropriate observation is: Check certificate validation and negotiated secure transport on the actual client-to-service path.

Authorization determines what an authenticated identity may do to a given resource. This describes authorization; the governing concept here is: Encryption in transit addresses exposure of data traveling over a communication channel.

Authentication establishes who or what is making an identity claim; it precedes authorization decisions. This describes authentication; the governing concept here is: Encryption in transit addresses exposure of data traveling over a communication channel.

An identity provider authenticates identities and supplies the identity information applications rely on. This describes identity provider; the governing concept here is: Encryption in transit addresses exposure of data traveling over a communication channel.

Treating corporate IP address membership as the sole security perimeter for cloud resources. That caution concerns identity as security perimeter; the specific misconception here is: Assuming encrypted disks also encrypt every network packet sent to an external endpoint.

Assuming federation requires copying all partner passwords into the receiving organization. That caution concerns federation; the specific misconception here is: Assuming encrypted disks also encrypt every network packet sent to an external endpoint.

Assuming a directory group entry automatically grants access to every resource without permission configuration. That caution can be material to directory services, but it is not the specific flawed assumption described by this requirement. The relevant misconception is: Assuming encrypted disks also encrypt every network packet sent to an external endpoint.

Base access protection on user and workload identities with contextual policy rather than only network location. That addresses a different task: remote workers use cloud services from networks not managed by the enterprise. The present requirement concerns hashing versus encryption.

Evaluate the employee's permissions and resource policy before granting access to the folder. This response addresses a different security or compliance task, namely: A correctly signed-in employee requests access to a confidential payroll folder. The immediate case instead calls for hashing versus encryption; specifically, compare a trusted cryptographic digest with a newly computed digest for the received artifact.

Establish a trusted federation relationship so the external identity provider can authenticate the partner users. That addresses a different task: a partner's staff should use its existing organizational identity to access a separate service. The present requirement concerns hashing versus encryption.

Trace a sign-in through the provider and validate the relying application's accepted identity assertion. That result would support an assessment of identity provider, not the hashing versus encryption measure implemented in this case. The appropriate observation is: Recompute the artifact hash and compare it with the authenticated expected value.

Sign in once and validate access to multiple correctly integrated apps under one identity session. This would test single sign-on concept, whereas the required evidence is: Recompute the artifact hash and compare it with the authenticated expected value.

Verify that access decisions still enforce identity-centric requirements from home, office, and mobile networks. This would test identity as security perimeter, whereas the required evidence is: Recompute the artifact hash and compare it with the authenticated expected value.

An identity provider authenticates identities and supplies the identity information applications rely on. This describes identity provider; the governing concept here is: Hashing supports integrity comparison; it is not a reversible confidentiality mechanism.

Authentication establishes who or what is making an identity claim; it precedes authorization decisions. This describes authentication; the governing concept here is: Hashing supports integrity comparison; it is not a reversible confidentiality mechanism.

Federation extends authentication trust across organizational or security boundaries. This statement belongs to federation; it does not directly explain the narrower requirement here. The governing concept for this case is: Hashing supports integrity comparison; it is not a reversible confidentiality mechanism.

Assuming every application must independently store and validate every user's password. That caution concerns identity provider; the specific misconception here is: Assuming a hash can be decrypted to reconstruct the original artifact.

Assuming a directory group entry automatically grants access to every resource without permission configuration. That caution can be material to directory services, but it is not the specific flawed assumption described by this requirement. The relevant misconception is: Assuming a hash can be decrypted to reconstruct the original artifact.

Assuming single sign-on automatically gives a user authorization to every connected application. That caution concerns single sign-on concept; the specific misconception here is: Assuming a hash can be decrypted to reconstruct the original artifact.