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Microsoft SC-300 Bundle

Exam Code: SC-300

Exam Name Microsoft Identity and Access Administrator

Certification Provider: Microsoft

Corresponding Certification: Microsoft Certified: Identity and Access Administrator Associate

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Microsoft SC-300 Practice Test 45

Question 440

The team implemented the following change: Implement supported app governance/OAuth policy detection and revoke or block prohibited consents. The acceptance requirement was: Administrators must prevent users from authorizing a high-risk OAuth app with broad delegated mail permissions. Which observed outcome most directly proves the change works?

  1. A test grant is detected and the unauthorized application is remediated while approved apps retain consent
  2. A tagged sensitive test file triggers the configured alert/block, while an allowed ordinary file does not
  3. The app's governance label changes while the Entra service principal and its app assignments remain intact
  4. The suspicious OAuth grant is visible and a policy or remediation workflow can revoke the prohibited app consent

Explanation

Correct Answer

A:

Correct acceptance check. A test grant is detected and the unauthorized application is remediated while approved apps retain consent. This tests the intended access or synchronization boundary instead of merely checking that a setting exists.

Incorrect Answers

B:

Even if applying supported discovery/file/session controls succeeds, this does not prove the required identity-control outcome. The decisive check is: A test grant is detected and the unauthorized application is remediated while approved apps retain consent.

C:

Even if updating the Cloud app catalog's sanctioned classification succeeds, this does not prove the required identity-control outcome. The decisive check is: A test grant is detected and the unauthorized application is remediated while approved apps retain consent.

D:

Even if reviewing OAuth application permissions succeeds, this does not prove the required identity-control outcome. The decisive check is: A test grant is detected and the unauthorized application is remediated while approved apps retain consent.

Question 441

The service desk escalates the following unsuccessful identity rollout. Requirement: Administrators must prevent users from authorizing a high-risk OAuth app with broad delegated mail permissions. Observed: An untrusted application with powerful mail scope remains active after the supposed block. Which underlying misconfiguration is most consistent?

  1. The catalog score was reported as if it were direct evidence of malicious application execution
  2. The OAuth policy checks app reputation but omits the sensitive delegated permission condition
  3. The monitoring rule watches Cloud Discovery app traffic but not OAuth grant events
  4. The browser session bypassed Conditional Access App Control or the app/session policy did not cover that specific SharePoint resource

Explanation

Correct Answer

B:

Correct diagnosis. The OAuth policy checks app reputation but omits the sensitive delegated permission condition. This fault explains the observed failure: An untrusted application with powerful mail scope remains active after the supposed block. The intended configuration would instead be: Implement supported app governance/OAuth policy detection and revoke or block prohibited consents.

Incorrect Answers

A:

The catalog score was reported as if it were direct evidence of malicious application execution. The reported symptom instead has this cause: The OAuth policy checks app reputation but omits the sensitive delegated permission condition. The corrective action is: Implement supported app governance/OAuth policy detection and revoke or block prohibited consents.

C:

The monitoring rule watches Cloud Discovery app traffic but not OAuth grant events. The reported symptom instead has this cause: The OAuth policy checks app reputation but omits the sensitive delegated permission condition. The corrective action is: Implement supported app governance/OAuth policy detection and revoke or block prohibited consents.

D:

The browser session bypassed Conditional Access App Control or the app/session policy did not cover that specific SharePoint resource. The reported symptom instead has this cause: The OAuth policy checks app reputation but omits the sensitive delegated permission condition. The corrective action is: Implement supported app governance/OAuth policy detection and revoke or block prohibited consents.

Question 442

Which implementation fits the following specific identity problem? Security needs to detect users uploading sensitive information to unsanctioned cloud services during a controlled pilot.

  1. Analyze Defender for Cloud Apps Cloud Discovery from supported endpoint/network signals and classify identified applications
  2. Scope Conditional Access app control and the session policy to the sensitive app and intended user population
  3. Apply supported discovery/file/session controls and policy for the defined sensitive content and cloud app action
  4. Classify the verified risky cloud app as Unsanctioned and confirm an active supported Defender for Endpoint or secure web gateway policy actually blocks the pilot traffic

Explanation

Correct Answer

C:

Correct implementation. Apply supported discovery/file/session controls and policy for the defined sensitive content and cloud app action. It meets the stated requirement: Security needs to detect users uploading sensitive information to unsanctioned cloud services during a controlled pilot. Acceptance evidence is: A tagged sensitive test file triggers the configured alert/block, while an allowed ordinary file does not.

Incorrect Answers

A:

Required discovery data sources or endpoint integration were not connected. That condition is not the problem here: The policy has no applicable sensitive-content classification or upload activity scope. The targeted implementation is: Apply supported discovery/file/session controls and policy for the defined sensitive content and cloud app action.

B:

The Conditional Access policy includes all cloud apps instead of the regulated app. That condition is not the problem here: The policy has no applicable sensitive-content classification or upload activity scope. The targeted implementation is: Apply supported discovery/file/session controls and policy for the defined sensitive content and cloud app action.

D:

The catalog tag was set but no supported enforcement channel or applicable endpoint/web gateway policy applied to the pilot. That condition is not the problem here: The policy has no applicable sensitive-content classification or upload activity scope. The targeted implementation is: Apply supported discovery/file/session controls and policy for the defined sensitive content and cloud app action.

Question 443

An auditor must verify this deployment decision: Apply supported discovery/file/session controls and policy for the defined sensitive content and cloud app action. Its purpose was: Security needs to detect users uploading sensitive information to unsanctioned cloud services during a controlled pilot. Which test result is the strongest evidence?

  1. The Cloud Discovery catalog marks the reviewed app unsanctioned and a connected endpoint/network enforcement channel denies its traffic during a controlled pilot
  2. A seeded excessive-download run raises the alert and a small baseline run does not
  3. A tagged sensitive test file triggers the configured alert/block, while an allowed ordinary file does not
  4. Only the scoped application's sessions are monitored/restricted in the pilot

Explanation

Correct Answer

C:

Correct acceptance check. A tagged sensitive test file triggers the configured alert/block, while an allowed ordinary file does not. This tests the intended access or synchronization boundary instead of merely checking that a setting exists.

Incorrect Answers

A:

Even if classifying the verified risky cloud app as Unsanctioned succeeds, this does not prove the required identity-control outcome. The decisive check is: A tagged sensitive test file triggers the configured alert/block, while an allowed ordinary file does not.

B:

Even if configuring an activity policy in Defender for Cloud Apps with appropriate download thresholds succeeds, this does not prove the required identity-control outcome. The decisive check is: A tagged sensitive test file triggers the configured alert/block, while an allowed ordinary file does not.

D:

Even if scoping Conditional Access app control succeeds, this does not prove the required identity-control outcome. The decisive check is: A tagged sensitive test file triggers the configured alert/block, while an allowed ordinary file does not.

Question 444

During post-change review of the requirement “Security needs to detect users uploading sensitive information to unsanctioned cloud services during a controlled pilot,” an auditor observes: A classified file leaves the managed session without the expected policy evaluation. Which root-cause finding would explain that symptom?

  1. The application connector was never authenticated or the consent scope does not permit activity retrieval
  2. A sanctioned tag was treated as a default access grant rather than merely a governance classification
  3. The policy has no applicable sensitive-content classification or upload activity scope
  4. The OAuth policy checks app reputation but omits the sensitive delegated permission condition

Explanation

Correct Answer

C:

Correct diagnosis. The policy has no applicable sensitive-content classification or upload activity scope. This fault explains the observed failure: A classified file leaves the managed session without the expected policy evaluation. The intended configuration would instead be: Apply supported discovery/file/session controls and policy for the defined sensitive content and cloud app action.

Incorrect Answers

A:

The application connector was never authenticated or the consent scope does not permit activity retrieval. The reported symptom instead has this cause: The policy has no applicable sensitive-content classification or upload activity scope. The corrective action is: Apply supported discovery/file/session controls and policy for the defined sensitive content and cloud app action.

B:

A sanctioned tag was treated as a default access grant rather than merely a governance classification. The reported symptom instead has this cause: The policy has no applicable sensitive-content classification or upload activity scope. The corrective action is: Apply supported discovery/file/session controls and policy for the defined sensitive content and cloud app action.

D:

The OAuth policy checks app reputation but omits the sensitive delegated permission condition. The reported symptom instead has this cause: The policy has no applicable sensitive-content classification or upload activity scope. The corrective action is: Apply supported discovery/file/session controls and policy for the defined sensitive content and cloud app action.

Question 445

A change board will approve one identity configuration to satisfy: An analyst is trying to explain why one SaaS app appears as risky in Defender for Cloud Apps Cloud Discovery. Which change should it approve?

  1. Analyze Defender for Cloud Apps Cloud Discovery from supported endpoint/network signals and classify identified applications
  2. Apply supported discovery/file/session controls and policy for the defined sensitive content and cloud app action
  3. Review the Cloud app catalog risk score attributes and underlying policy assessment rather than treating the numeric score as proof of malware
  4. Configure the supported Defender for Cloud Apps app connector using approved delegated integration credentials

Explanation

Correct Answer

C:

Correct implementation. Review the Cloud app catalog risk score attributes and underlying policy assessment rather than treating the numeric score as proof of malware. It meets the stated requirement: An analyst is trying to explain why one SaaS app appears as risky in Defender for Cloud Apps Cloud Discovery. Acceptance evidence is: The analyst can cite the app's catalog risk factors and distinguish exposure from confirmed compromise.

Incorrect Answers

A:

Required discovery data sources or endpoint integration were not connected. That condition is not the problem here: The catalog score was reported as if it were direct evidence of malicious application execution. The targeted implementation is: Review the Cloud app catalog risk score attributes and underlying policy assessment rather than treating the numeric score as proof of malware.

B:

The policy has no applicable sensitive-content classification or upload activity scope. That condition is not the problem here: The catalog score was reported as if it were direct evidence of malicious application execution. The targeted implementation is: Review the Cloud app catalog risk score attributes and underlying policy assessment rather than treating the numeric score as proof of malware.

D:

The application connector was never authenticated or the consent scope does not permit activity retrieval. That condition is not the problem here: The catalog score was reported as if it were direct evidence of malicious application execution. The targeted implementation is: Review the Cloud app catalog risk score attributes and underlying policy assessment rather than treating the numeric score as proof of malware.

Question 446

After configuring: Review the Cloud app catalog risk score attributes and underlying policy assessment rather than treating the numeric score as proof of malware, an engineer performs a targeted pilot for this objective: An analyst is trying to explain why one SaaS app appears as risky in Defender for Cloud Apps Cloud Discovery. What result constitutes a pass?

  1. Cloud Discovery shows the SaaS app was visited frequently but does not expose its scored risk factors or associated policy findings.
  2. A tagged sensitive test file triggers the configured alert/block, while an allowed ordinary file does not
  3. The analyst can cite the app's catalog risk factors and distinguish exposure from confirmed compromise
  4. The Cloud Discovery catalog marks the reviewed app unsanctioned and a connected endpoint/network enforcement channel denies its traffic during a controlled pilot

Explanation

Correct Answer

C:

Correct acceptance check. The analyst can cite the app's catalog risk factors and distinguish exposure from confirmed compromise. This tests the intended access or synchronization boundary instead of merely checking that a setting exists.

Incorrect Answers

A:

Usage and discovery statistics alone do not explain a catalog risk score. The required acceptance evidence is the underlying catalog risk criteria with exposure distinguished from any confirmed compromise.

B:

Even if applying supported discovery/file/session controls succeeds, this does not prove the required identity-control outcome. The decisive check is: The analyst can cite the app's catalog risk factors and distinguish exposure from confirmed compromise.

D:

Even if classifying the verified risky cloud app as Unsanctioned succeeds, this does not prove the required identity-control outcome. The decisive check is: The analyst can cite the app's catalog risk factors and distinguish exposure from confirmed compromise.

Question 447

A team must isolate a broken configuration. Goal: An analyst is trying to explain why one SaaS app appears as risky in Defender for Cloud Apps Cloud Discovery. Symptom: The incident report claims malware was confirmed solely from the catalog's low security score. Which hypothesis most precisely accounts for the observed result?

  1. The catalog tag was set but no supported enforcement channel or applicable endpoint/web gateway policy applied to the pilot
  2. The catalog score was reported as if it were direct evidence of malicious application execution
  3. The Conditional Access policy includes all cloud apps instead of the regulated app
  4. The monitoring rule watches Cloud Discovery app traffic but not OAuth grant events

Explanation

Correct Answer

B:

Correct diagnosis. The catalog score was reported as if it were direct evidence of malicious application execution. This fault explains the observed failure: The incident report claims malware was confirmed solely from the catalog's low security score. The intended configuration would instead be: Review the Cloud app catalog risk score attributes and underlying policy assessment rather than treating the numeric score as proof of malware.

Incorrect Answers

A:

The catalog tag was set but no supported enforcement channel or applicable endpoint/web gateway policy applied to the pilot. The reported symptom instead has this cause: The catalog score was reported as if it were direct evidence of malicious application execution. The corrective action is: Review the Cloud app catalog risk score attributes and underlying policy assessment rather than treating the numeric score as proof of malware.

C:

The Conditional Access policy includes all cloud apps instead of the regulated app. The reported symptom instead has this cause: The catalog score was reported as if it were direct evidence of malicious application execution. The corrective action is: Review the Cloud app catalog risk score attributes and underlying policy assessment rather than treating the numeric score as proof of malware.

D:

The monitoring rule watches Cloud Discovery app traffic but not OAuth grant events. The reported symptom instead has this cause: The catalog score was reported as if it were direct evidence of malicious application execution. The corrective action is: Review the Cloud app catalog risk score attributes and underlying policy assessment rather than treating the numeric score as proof of malware.

Question 448

An identity project has this requirement: An operations manager needs to change a SaaS application's allowed status but not disable its enterprise application service principal. Which configuration should the administrator implement?

  1. Analyze Defender for Cloud Apps Cloud Discovery from supported endpoint/network signals and classify identified applications
  2. Classify the verified risky cloud app as Unsanctioned and confirm an active supported Defender for Endpoint or secure web gateway policy actually blocks the pilot traffic
  3. Update the Cloud app catalog's sanctioned classification and any separate enforcement policy, leaving the Entra app object unchanged
  4. Review the Cloud app catalog risk score attributes and underlying policy assessment rather than treating the numeric score as proof of malware

Explanation

Correct Answer

C:

Correct implementation. Update the Cloud app catalog's sanctioned classification and any separate enforcement policy, leaving the Entra app object unchanged. It meets the stated requirement: An operations manager needs to change a SaaS application's allowed status but not disable its enterprise application service principal. Acceptance evidence is: The app's governance label changes while the Entra service principal and its app assignments remain intact.

Incorrect Answers

A:

Required discovery data sources or endpoint integration were not connected. That condition is not the problem here: The operator deletes the enterprise application when only the sanctioned status should change. The targeted implementation is: Update the Cloud app catalog's sanctioned classification and any separate enforcement policy, leaving the Entra app object unchanged.

B:

The catalog tag was set but no supported enforcement channel or applicable endpoint/web gateway policy applied to the pilot. That condition is not the problem here: The operator deletes the enterprise application when only the sanctioned status should change. The targeted implementation is: Update the Cloud app catalog's sanctioned classification and any separate enforcement policy, leaving the Entra app object unchanged.

D:

The catalog score was reported as if it were direct evidence of malicious application execution. That condition is not the problem here: The operator deletes the enterprise application when only the sanctioned status should change. The targeted implementation is: Update the Cloud app catalog's sanctioned classification and any separate enforcement policy, leaving the Entra app object unchanged.

Question 449

The requirement is: An operations manager needs to change a SaaS application's allowed status but not disable its enterprise application service principal. The technical change was: Update the Cloud app catalog's sanctioned classification and any separate enforcement policy, leaving the Entra app object unchanged. Which observation validates the intended boundary?

  1. The app's governance label changes while the Entra service principal and its app assignments remain intact
  2. A sanctioned test app remains usable and an unsanctioned one receives the intended restriction
  3. A tagged sensitive test file triggers the configured alert/block, while an allowed ordinary file does not
  4. Only the scoped application's sessions are monitored/restricted in the pilot

Explanation

Correct Answer

A:

Correct acceptance check. The app's governance label changes while the Entra service principal and its app assignments remain intact. This tests the intended access or synchronization boundary instead of merely checking that a setting exists.

Incorrect Answers

B:

Even if applying the Sanctioned/Unsanctioned tags based on review succeeds, this does not prove the required identity-control outcome. The decisive check is: The app's governance label changes while the Entra service principal and its app assignments remain intact.

C:

Even if applying supported discovery/file/session controls succeeds, this does not prove the required identity-control outcome. The decisive check is: The app's governance label changes while the Entra service principal and its app assignments remain intact.

D:

Even if scoping Conditional Access app control succeeds, this does not prove the required identity-control outcome. The decisive check is: The app's governance label changes while the Entra service principal and its app assignments remain intact.

Question 450

The deployment owner asks why this identity requirement failed: An operations manager needs to change a SaaS application's allowed status but not disable its enterprise application service principal. The test shows: Legitimate SaaS SSO fails after what was supposed to be a catalog-only governance action. Which fault is the best diagnosis?

  1. A sanctioned tag was treated as a default access grant rather than merely a governance classification
  2. The policy has no applicable sensitive-content classification or upload activity scope
  3. The operator deletes the enterprise application when only the sanctioned status should change
  4. The browser session bypassed Conditional Access App Control or the app/session policy did not cover that specific SharePoint resource

Explanation

Correct Answer

C:

Correct diagnosis. The operator deletes the enterprise application when only the sanctioned status should change. This fault explains the observed failure: Legitimate SaaS SSO fails after what was supposed to be a catalog-only governance action. The intended configuration would instead be: Update the Cloud app catalog's sanctioned classification and any separate enforcement policy, leaving the Entra app object unchanged.

Incorrect Answers

A:

A sanctioned tag was treated as a default access grant rather than merely a governance classification. The reported symptom instead has this cause: The operator deletes the enterprise application when only the sanctioned status should change. The corrective action is: Update the Cloud app catalog's sanctioned classification and any separate enforcement policy, leaving the Entra app object unchanged.

B:

The policy has no applicable sensitive-content classification or upload activity scope. The reported symptom instead has this cause: The operator deletes the enterprise application when only the sanctioned status should change. The corrective action is: Update the Cloud app catalog's sanctioned classification and any separate enforcement policy, leaving the Entra app object unchanged.

D:

The browser session bypassed Conditional Access App Control or the app/session policy did not cover that specific SharePoint resource. The reported symptom instead has this cause: The operator deletes the enterprise application when only the sanctioned status should change. The corrective action is: Update the Cloud app catalog's sanctioned classification and any separate enforcement policy, leaving the Entra app object unchanged.