Exam Bundle

The registered AI app is discovered and applicable protection signals are available serves a different requirement. It does not resolve the specific issue addressed by the AI risk dashboard identifies relevant connected apps and data exposure signals.

A sampled interaction provides visibility into the sensitive content exposure risk. That evidence would matter for A controlled security trial has not resolved the following risk: A security administrator wants to identify whether generated AI responses include sensitive data. The next step should be a focused implementation and verification. but the current implementation is Use the Microsoft Purview data security posture management for AI experience for discovery and assessment. The requirement being evaluated here is: A company wants visibility into which enterprise AI apps access confidential Microsoft 365 content.

The relevant high-risk AI activity is correlated into an eligible investigation serves a different requirement. It does not resolve the specific issue addressed by the AI risk dashboard identifies relevant connected apps and data exposure signals.

Configuring supported Purview controls for Microsoft Foundry-connected AI applications addresses a different data-protection mechanism. It does not provide the specific safeguard required here: use the Microsoft Purview data security posture management for AI experience for discovery and assessment.

Using supported data security AI activity monitoring and DLP activity evidence addresses a different classification need. It does not demonstrate the AI risk dashboard identifies relevant connected apps and data exposure signals.

Reviewing supported Purview AI data security controls for Entra-registered applications does not demonstrate the classification result required here: the ai risk dashboard identifies relevant connected apps and data exposure signals.

The registered AI app is discovered and applicable protection signals are available serves a different requirement. It does not resolve the specific issue addressed by the AI risk dashboard identifies relevant connected apps and data exposure signals.

A sampled interaction provides visibility into the sensitive content exposure risk. That evidence would matter for A controlled security trial has not resolved the following risk: A security administrator wants to identify whether generated AI responses include sensitive data. The next step should be a focused implementation and verification. but the current implementation is Use the Microsoft Purview data security posture management for AI experience for discovery and assessment. The requirement being evaluated here is: A division is preparing a scoped Microsoft 365 rollout for this business need: A company wants visibility into which enterprise AI apps access confidential Microsoft 365 content. The pilot must establish a technical control before it can expand.

The relevant high-risk AI activity is correlated into an eligible investigation serves a different requirement. It does not resolve the specific issue addressed by the AI risk dashboard identifies relevant connected apps and data exposure signals.

Using supported data security AI activity monitoring and DLP activity evidence addresses a different classification need. It does not demonstrate the assessment identifies high-risk sites for remediation.

Configuring supported Purview controls for Microsoft Foundry-connected AI applications does not demonstrate the classification result required here: the assessment identifies high-risk sites for remediation.

Evaluating the Microsoft Purview-supported protections and workload permissions for Fabric AI experiences addresses a different classification need. It does not demonstrate the assessment identifies high-risk sites for remediation.

The relevant high-risk AI activity is correlated into an eligible investigation. That evidence would matter for An organization wants to detect high-risk AI use by employees already subject to insider risk review. but the current implementation is Review data oversharing recommendations and access exposure in DSPM for AI. The requirement being evaluated here is: A security architect needs to find sensitive SharePoint sites exposed to broad AI-enabled audiences.

The investigation identifies whether protected generated content left the organization serves a different requirement. It does not resolve the specific issue addressed by the assessment identifies high-risk sites for remediation.

Pilot interactions surface in relevant AI activity and risk reporting views serves a different requirement. It does not resolve the specific issue addressed by the assessment identifies high-risk sites for remediation.

Configuring supported Purview controls for Microsoft Foundry-connected AI applications addresses a different classification need. It does not demonstrate the assessment identifies high-risk sites for remediation.

Using supported data security AI activity monitoring and DLP activity evidence does not demonstrate the classification result required here: the assessment identifies high-risk sites for remediation.

Configuring appropriate supported retention and compliance controls for the eligible AI interaction data addresses a different data-protection mechanism. It does not provide the specific safeguard required here: review data oversharing recommendations and access exposure in DSPM for AI.

The relevant high-risk AI activity is correlated into an eligible investigation serves a different requirement. It does not resolve the specific issue addressed by the assessment identifies high-risk sites for remediation.

The investigation identifies whether protected generated content left the organization serves a different requirement. It does not resolve the specific issue addressed by the assessment identifies high-risk sites for remediation.

Pilot interactions surface in relevant AI activity and risk reporting views serves a different requirement. It does not resolve the specific issue addressed by the assessment identifies high-risk sites for remediation.

Applying least-privilege permissions and supported Microsoft Purview protection policies for connected content does not demonstrate the classification result required here: a test copilot interaction does not reveal content beyond the user's authorized access.

Verifying application category, connector support, data ingestion and applicable prerequisites addresses a different data-protection mechanism. It does not provide the specific safeguard required here: configure and verify supported sensitivity label protection throughout Microsoft 365 workloads.

Integrating supported Insider Risk Management and Adaptive Protection signals for AI data security does not demonstrate the classification result required here: a test copilot interaction does not reveal content beyond the user's authorized access.

A least-privileged test account cannot access the newly restricted knowledge content serves a different requirement. It does not resolve the specific issue addressed by a test Copilot interaction does not reveal content beyond the user's authorized access.

A sampled interaction provides visibility into the sensitive content exposure risk serves a different requirement. It does not resolve the specific issue addressed by a test Copilot interaction does not reveal content beyond the user's authorized access.

A test interaction honors item access and relevant protection restrictions. That evidence would matter for A regional administrator encounters the following issue during deployment planning: A company wants to examine the security posture of Copilot in Fabric data sources. The solution should address the issue before broad rollout. but the current implementation is Configure and verify supported sensitivity label protection throughout Microsoft 365 workloads. The requirement being evaluated here is: A Microsoft 365 Copilot rollout must respect document-level sensitivity labels.

Applying least-privilege permissions and supported Microsoft Purview protection policies for connected content does not demonstrate the classification result required here: a test copilot interaction does not reveal content beyond the user's authorized access.

Integrating supported Insider Risk Management and Adaptive Protection signals for AI data security addresses a different data-protection mechanism. It does not provide the specific safeguard required here: configure and verify supported sensitivity label protection throughout Microsoft 365 workloads.

Verifying application category, connector support, data ingestion and applicable prerequisites addresses a different classification need. It does not demonstrate a test Copilot interaction does not reveal content beyond the user's authorized access.

A sampled interaction provides visibility into the sensitive content exposure risk. That evidence would matter for A controlled security trial has not resolved the following risk: A security administrator wants to identify whether generated AI responses include sensitive data. The next step should be a focused implementation and verification. but the current implementation is Configure and verify supported sensitivity label protection throughout Microsoft 365 workloads. The requirement being evaluated here is: A newly assigned security administrator inherits this open requirement: A Microsoft 365 Copilot rollout must respect document-level sensitivity labels. The team needs a supported control, not only a policy document.

A least-privileged test account cannot access the newly restricted knowledge content serves a different requirement. It does not resolve the specific issue addressed by a test Copilot interaction does not reveal content beyond the user's authorized access.

A test interaction honors item access and relevant protection restrictions. That evidence would matter for A regional administrator encounters the following issue during deployment planning: A company wants to examine the security posture of Copilot in Fabric data sources. The solution should address the issue before broad rollout. but the current implementation is Configure and verify supported sensitivity label protection throughout Microsoft 365 workloads. The requirement being evaluated here is: A newly assigned security administrator inherits this open requirement: A Microsoft 365 Copilot rollout must respect document-level sensitivity labels. The team needs a supported control, not only a policy document.