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Question 880
A security dashboard lists only Azure DevOps findings while risk owners assume GitHub scanning results are also included. Choose TWO measures that implement and verify an effective Azure DevOps response to this specific situation. (Choose TWO.)
- Connect supported repositories to Defender for Cloud DevOps Security and verify organization and project coverage.
- Dismiss the known risk for defender for cloud devops security repository coverage and keep no evidence or accountable owner after deployment.
- Compare source repository inventory with connected environments and verify representative finding ingestion and ownership.
- Bypass review and testing for defender for cloud devops security repository coverage whenever the release deadline is urgent, applying the change to production immediately.
- Declare defender for cloud devops security repository coverage successful solely from a green pipeline status and skip checking its actual control outcome.
Explanation
Correct Answers
A:Connect supported repositories to Defender for Cloud DevOps Security and verify organization and project coverage. Central visibility is not equivalent to scanning coverage if source organizations and projects remain unenrolled. Material software supply-chain risks can remain invisible behind a seemingly comprehensive security dashboard.
C:Compare source repository inventory with connected environments and verify representative finding ingestion and ownership. Central visibility is not equivalent to scanning coverage if source organizations and projects remain unenrolled.
Incorrect Answers
B:Dismiss the known risk for defender for cloud devops security repository coverage and keep no evidence or accountable owner after deployment. It conflicts with the stated operating condition: Central visibility is not equivalent to scanning coverage if source organizations and projects remain unenrolled.
D:Bypass review and testing for defender for cloud devops security repository coverage whenever the release deadline is urgent, applying the change to production immediately. It conflicts with the stated operating condition: Central visibility is not equivalent to scanning coverage if source organizations and projects remain unenrolled.
E:Declare defender for cloud devops security repository coverage successful solely from a green pipeline status and skip checking its actual control outcome. It conflicts with the stated operating condition: Central visibility is not equivalent to scanning coverage if source organizations and projects remain unenrolled.
Question 881
A GitHub application uses an exposed library but Dependabot alerts remain unassigned and no version upgrade is tested. Which solution should be prioritized to resolve the stated failure?
- Connect supported repositories to Defender for Cloud DevOps Security and verify organization and project coverage.
- Enable dependency alerts and controlled update pull requests with ownership, priority, and required regression checks.
- Configure appropriate CodeQL language coverage and PR code scanning with severity-based review requirements.
- Integrate image vulnerability, dependency, secret, and licensing policy checks before artifact promotion.
Explanation
Correct Answer
B:Enable dependency alerts and controlled update pull requests with ownership, priority, and required regression checks. Vulnerability detection reduces risk only when supported fixes are validated and applied in actual dependent applications. An organization can know about vulnerabilities for months without reducing the exposure in production.
Incorrect Answers
A:Connect supported repositories to Defender for Cloud DevOps Security and verify organization and project coverage. That applies to defender for cloud devops security repository coverage, not dependabot alerts and dependency update governance.
C:Configure appropriate CodeQL language coverage and PR code scanning with severity-based review requirements. That applies to github advanced security codeql and code-scanning gates, not dependabot alerts and dependency update governance.
D:Integrate image vulnerability, dependency, secret, and licensing policy checks before artifact promotion. That applies to container image and license scanning in microsoft devops pipelines, not dependabot alerts and dependency update governance.
Question 882
A GitHub application uses an exposed library but Dependabot alerts remain unassigned and no version upgrade is tested. Which evidence would BEST demonstrate that the fix operates as intended?
- Compare source repository inventory with connected environments and verify representative finding ingestion and ownership.
- Generate a test vulnerable dependency alert and trace the upgrade PR through approval, CI, and closure.
- Promote a controlled test image with a known policy violation and confirm its release is blocked or explicitly approved.
- Introduce a controlled test finding in a supported language and confirm scanning reports it before merge.
Explanation
Correct Answer
B:Generate a test vulnerable dependency alert and trace the upgrade PR through approval, CI, and closure. Vulnerability detection reduces risk only when supported fixes are validated and applied in actual dependent applications.
Incorrect Answers
A:Compare source repository inventory with connected environments and verify representative finding ingestion and ownership. That applies to defender for cloud devops security repository coverage, not dependabot alerts and dependency update governance.
C:Promote a controlled test image with a known policy violation and confirm its release is blocked or explicitly approved. That applies to container image and license scanning in microsoft devops pipelines, not dependabot alerts and dependency update governance.
D:Introduce a controlled test finding in a supported language and confirm scanning reports it before merge. That applies to github advanced security codeql and code-scanning gates, not dependabot alerts and dependency update governance.
Question 883
A GitHub application uses an exposed library but Dependabot alerts remain unassigned and no version upgrade is tested. What is the underlying reason the existing approach fails?
- Central visibility is not equivalent to scanning coverage if source organizations and projects remain unenrolled.
- Static analysis helps find source-level risks only when scan coverage includes the changed code and gates are actionable.
- Vulnerability detection reduces risk only when supported fixes are validated and applied in actual dependent applications.
- Scan findings must influence release authorization and must cover the same immutable image ultimately deployed.
Explanation
Correct Answer
C:Vulnerability detection reduces risk only when supported fixes are validated and applied in actual dependent applications. An organization can know about vulnerabilities for months without reducing the exposure in production.
Incorrect Answers
A:Central visibility is not equivalent to scanning coverage if source organizations and projects remain unenrolled. That applies to defender for cloud devops security repository coverage, not controlling principle for dependabot alerts and dependency update governance.
B:Static analysis helps find source-level risks only when scan coverage includes the changed code and gates are actionable. That applies to github advanced security codeql and code-scanning gates, not controlling principle for dependabot alerts and dependency update governance.
D:Scan findings must influence release authorization and must cover the same immutable image ultimately deployed. That applies to container image and license scanning in microsoft devops pipelines, not controlling principle for dependabot alerts and dependency update governance.
Question 884
A GitHub application uses an exposed library but Dependabot alerts remain unassigned and no version upgrade is tested. Which recurring control most directly sustains the required behavior?
- Review CodeQL workflows and permitted exceptions when build languages or repository structure change.
- Reassess scanning tools, signature trust, and exceptions as base images and dependencies change.
- Track overdue advisories and update failures with risk-based exceptions and compensating controls.
- Reconcile repository onboarding after new teams, orgs, or service connections are added.
Explanation
Correct Answer
C:Track overdue advisories and update failures with risk-based exceptions and compensating controls. An organization can know about vulnerabilities for months without reducing the exposure in production.
Incorrect Answers
A:Review CodeQL workflows and permitted exceptions when build languages or repository structure change. This helps sustain a control for github advanced security codeql and code-scanning gates; it does not directly stop recurrence of dependabot alerts and dependency update governance described in this case.
B:Reassess scanning tools, signature trust, and exceptions as base images and dependencies change. This helps sustain a control for container image and license scanning in microsoft devops pipelines; it does not directly stop recurrence of dependabot alerts and dependency update governance described in this case.
D:Reconcile repository onboarding after new teams, orgs, or service connections are added. This helps sustain a control for defender for cloud devops security repository coverage; it does not directly stop recurrence of dependabot alerts and dependency update governance described in this case.
Question 885
A GitHub application uses an exposed library but Dependabot alerts remain unassigned and no version upgrade is tested. What is the MOST important consequence if this issue remains unresolved?
- An organization can know about vulnerabilities for months without reducing the exposure in production.
- A green pull request can contain known exploitable source vulnerabilities when relevant code is never analyzed.
- Known high-risk packages or prohibited licenses may be shipped through otherwise reliable pipelines.
- Material software supply-chain risks can remain invisible behind a seemingly comprehensive security dashboard.
Explanation
Correct Answer
A:An organization can know about vulnerabilities for months without reducing the exposure in production. This is the directly relevant business or security consequence of dependabot alerts and dependency update governance. Root cause: Vulnerability detection reduces risk only when supported fixes are validated and applied in actual dependent applications.
Incorrect Answers
B:A green pull request can contain known exploitable source vulnerabilities when relevant code is never analyzed. That risk is relevant to github advanced security codeql and code-scanning gates, but the specific unresolved condition here concerns dependabot alerts and dependency update governance and has a different direct consequence.
C:Known high-risk packages or prohibited licenses may be shipped through otherwise reliable pipelines. That risk is relevant to container image and license scanning in microsoft devops pipelines, but the specific unresolved condition here concerns dependabot alerts and dependency update governance and has a different direct consequence.
D:Material software supply-chain risks can remain invisible behind a seemingly comprehensive security dashboard. That risk is relevant to defender for cloud devops security repository coverage, but the specific unresolved condition here concerns dependabot alerts and dependency update governance and has a different direct consequence.
Question 886
A team automatically merges all Dependabot updates without required functional or security test checks. Which implementation BEST addresses the operational issue?
- Connect supported repositories to Defender for Cloud DevOps Security and verify organization and project coverage.
- Enable dependency alerts and controlled update pull requests with ownership, priority, and required regression checks.
- Integrate image vulnerability, dependency, secret, and licensing policy checks before artifact promotion.
- Configure appropriate CodeQL language coverage and PR code scanning with severity-based review requirements.
Explanation
Correct Answer
B:Enable dependency alerts and controlled update pull requests with ownership, priority, and required regression checks. Vulnerability detection reduces risk only when supported fixes are validated and applied in actual dependent applications. An organization can know about vulnerabilities for months without reducing the exposure in production.
Incorrect Answers
A:Connect supported repositories to Defender for Cloud DevOps Security and verify organization and project coverage. That applies to defender for cloud devops security repository coverage, not dependabot alerts and dependency update governance.
C:Integrate image vulnerability, dependency, secret, and licensing policy checks before artifact promotion. That applies to container image and license scanning in microsoft devops pipelines, not dependabot alerts and dependency update governance.
D:Configure appropriate CodeQL language coverage and PR code scanning with severity-based review requirements. That applies to github advanced security codeql and code-scanning gates, not dependabot alerts and dependency update governance.
Question 887
A team automatically merges all Dependabot updates without required functional or security test checks. How should the team validate the intended result?
- Generate a test vulnerable dependency alert and trace the upgrade PR through approval, CI, and closure.
- Promote a controlled test image with a known policy violation and confirm its release is blocked or explicitly approved.
- Introduce a controlled test finding in a supported language and confirm scanning reports it before merge.
- Compare source repository inventory with connected environments and verify representative finding ingestion and ownership.
Explanation
Correct Answer
A:Generate a test vulnerable dependency alert and trace the upgrade PR through approval, CI, and closure. Vulnerability detection reduces risk only when supported fixes are validated and applied in actual dependent applications.
Incorrect Answers
B:Promote a controlled test image with a known policy violation and confirm its release is blocked or explicitly approved. That applies to container image and license scanning in microsoft devops pipelines, not dependabot alerts and dependency update governance.
C:Introduce a controlled test finding in a supported language and confirm scanning reports it before merge. That applies to github advanced security codeql and code-scanning gates, not dependabot alerts and dependency update governance.
D:Compare source repository inventory with connected environments and verify representative finding ingestion and ownership. That applies to defender for cloud devops security repository coverage, not dependabot alerts and dependency update governance.
Question 888
A team automatically merges all Dependabot updates without required functional or security test checks. What is the underlying reason the existing approach fails?
- Central visibility is not equivalent to scanning coverage if source organizations and projects remain unenrolled.
- Scan findings must influence release authorization and must cover the same immutable image ultimately deployed.
- Static analysis helps find source-level risks only when scan coverage includes the changed code and gates are actionable.
- Vulnerability detection reduces risk only when supported fixes are validated and applied in actual dependent applications.
Explanation
Correct Answer
D:Vulnerability detection reduces risk only when supported fixes are validated and applied in actual dependent applications. An organization can know about vulnerabilities for months without reducing the exposure in production.
Incorrect Answers
A:Central visibility is not equivalent to scanning coverage if source organizations and projects remain unenrolled. That applies to defender for cloud devops security repository coverage, not controlling principle for dependabot alerts and dependency update governance.
B:Scan findings must influence release authorization and must cover the same immutable image ultimately deployed. That applies to container image and license scanning in microsoft devops pipelines, not controlling principle for dependabot alerts and dependency update governance.
C:Static analysis helps find source-level risks only when scan coverage includes the changed code and gates are actionable. That applies to github advanced security codeql and code-scanning gates, not controlling principle for dependabot alerts and dependency update governance.
Question 889
A team automatically merges all Dependabot updates without required functional or security test checks. Which recurring control most directly sustains the required behavior?
- Track overdue advisories and update failures with risk-based exceptions and compensating controls.
- Reconcile repository onboarding after new teams, orgs, or service connections are added.
- Reassess scanning tools, signature trust, and exceptions as base images and dependencies change.
- Review CodeQL workflows and permitted exceptions when build languages or repository structure change.
Explanation
Correct Answer
A:Track overdue advisories and update failures with risk-based exceptions and compensating controls. An organization can know about vulnerabilities for months without reducing the exposure in production.
Incorrect Answers
B:Reconcile repository onboarding after new teams, orgs, or service connections are added. This helps sustain a control for defender for cloud devops security repository coverage; it does not directly stop recurrence of dependabot alerts and dependency update governance described in this case.
C:Reassess scanning tools, signature trust, and exceptions as base images and dependencies change. This helps sustain a control for container image and license scanning in microsoft devops pipelines; it does not directly stop recurrence of dependabot alerts and dependency update governance described in this case.
D:Review CodeQL workflows and permitted exceptions when build languages or repository structure change. This helps sustain a control for github advanced security codeql and code-scanning gates; it does not directly stop recurrence of dependabot alerts and dependency update governance described in this case.
Question 890
A team automatically merges all Dependabot updates without required functional or security test checks. What is the MOST important consequence if this issue remains unresolved?
- A green pull request can contain known exploitable source vulnerabilities when relevant code is never analyzed.
- Material software supply-chain risks can remain invisible behind a seemingly comprehensive security dashboard.
- Known high-risk packages or prohibited licenses may be shipped through otherwise reliable pipelines.
- An organization can know about vulnerabilities for months without reducing the exposure in production.
Explanation
Correct Answer
D:An organization can know about vulnerabilities for months without reducing the exposure in production. This is the directly relevant business or security consequence of dependabot alerts and dependency update governance. Root cause: Vulnerability detection reduces risk only when supported fixes are validated and applied in actual dependent applications.
Incorrect Answers
A:A green pull request can contain known exploitable source vulnerabilities when relevant code is never analyzed. That risk is relevant to github advanced security codeql and code-scanning gates, but the specific unresolved condition here concerns dependabot alerts and dependency update governance and has a different direct consequence.
B:Material software supply-chain risks can remain invisible behind a seemingly comprehensive security dashboard. That risk is relevant to defender for cloud devops security repository coverage, but the specific unresolved condition here concerns dependabot alerts and dependency update governance and has a different direct consequence.
C:Known high-risk packages or prohibited licenses may be shipped through otherwise reliable pipelines. That risk is relevant to container image and license scanning in microsoft devops pipelines, but the specific unresolved condition here concerns dependabot alerts and dependency update governance and has a different direct consequence.
Designing and Implementing Microsoft DevOps Solutions (AZ-400) Practice Tests
