You save $69.98
Management implemented a response after this event: The CI pipeline automatically deploys code despite a high-severity authentication flaw in an open finding. The response was: Enforce risk-based security release gates with owner-approved exceptions and evidence of remediation. Which observed outcome BEST verifies that the intended security protection operates, rather than merely appearing in a plan?
A known critical auth bypass fails promotion while reviewed nonexploitable findings follow exception policy. Automated delivery should not bypass accountable acceptance of exploitable security defects.
The pipeline gate is not enforcing the expected risk decision.
A green status without triage is not evidence of governed release.
A useful gate must enforce proportionate, traceable security outcomes.
Security reviews happen only with a central team at the end of a sprint, delaying safe refactors. As the accountable security practitioner, which response BEST addresses the specific weakness without introducing a different untested control?
Integrated expertise can catch design risks earlier than a separate late inspection. Champions augment but do not replace independent assurance for major architectural risks.
Late reviews delay discovery of architectural defects and expensive rework.
A label alone does not integrate useful expertise into normal delivery.
Embedded champions help early detection but do not eliminate the need for independent assurance.
The organization implemented the response to this scenario: Security reviews happen only with a central team at the end of a sprint, delaying safe refactors. The approved response was: Train accountable development security champions and embed review at ordinary change points. Which statement MOST accurately identifies a remaining risk or constraint?
Integrated expertise can catch design risks earlier than a separate late inspection. The team surfaces threats during planning and closes findings before release deadlines.
Champions are part of the delivery team and may need expert outside validation.
Material changes require timely threat and design review.
Role presence does not show timely findings, decisions or corrective actions.
Management implemented a response after this event: Security reviews happen only with a central team at the end of a sprint, delaying safe refactors. The response was: Train accountable development security champions and embed review at ordinary change points. Which observed outcome BEST verifies that the intended security protection operates, rather than merely appearing in a plan?
The team surfaces threats during planning and closes findings before release deadlines. Integrated expertise can catch design risks earlier than a separate late inspection.
Meeting attendance does not demonstrate integrated early review.
Labels cannot establish adoption of preventive engineering practices.
Delivery speed alone is not evidence that security expertise improved outcomes.
A startup measures secure development maturity only by the number of vulnerability tickets resolved each week. As the accountable security practitioner, which response BEST addresses the specific weakness without introducing a different untested control?
Ticket throughput alone cannot establish governance, requirements, testing and preventive practices. A maturity score can hide critical unaddressed product risks and needs qualitative review.
Closure throughput does not establish preventive and repeatable SDLC practices.
One tool execution cannot demonstrate stable organization-wide capability.
An empty backlog may reflect missing detection rather than true control effectiveness.
The organization implemented the response to this scenario: A startup measures secure development maturity only by the number of vulnerability tickets resolved each week. The approved response was: Evaluate repeatable secure-development practices, responsibilities and outcome measures across the lifecycle. Which statement MOST accurately identifies a remaining risk or constraint?
Ticket throughput alone cannot establish governance, requirements, testing and preventive practices. Assessment shows repeatable practices and reduced recurrence of previously fixed weakness classes.
Maturity assessment is evidence of practices, not an absolute absence of product risk.
Recurring root causes can produce endless fixes without preventive learning.
Process maturity should be interpreted with actual product risk and qualitative gaps.
Management implemented a response after this event: A startup measures secure development maturity only by the number of vulnerability tickets resolved each week. The response was: Evaluate repeatable secure-development practices, responsibilities and outcome measures across the lifecycle. Which observed outcome BEST verifies that the intended security protection operates, rather than merely appearing in a plan?
Assessment shows repeatable practices and reduced recurrence of previously fixed weakness classes. Ticket throughput alone cannot establish governance, requirements, testing and preventive practices.
Activity does not demonstrate systemic defect prevention.
Tool execution cannot establish lifecycle maturity.
A score must not conceal material unresolved product security risk.
A build pipeline passes static analysis of first-party source but packages a third-party library with a known exploitable flaw. What additional secure-development control BEST closes this gap?
SAST of application source cannot automatically identify every known defect in shipped third-party dependencies. Secure software development must manage the full component supply chain.
SAST and dependency vulnerability analysis cover different evidence; a scan scope does not imply library safety.
Obscuring versions does not remediate an exploitable component or establish acceptable residual risk.
Reducing supply-chain integrity and traceability makes it harder to evaluate vendor vulnerabilities and provenance.
A supplier provides an SBOM for every software release. Why is this alone NOT sufficient assurance against third-party software vulnerabilities?
Dependency inventories are necessary for exposure assessment, but they must be paired with vulnerability intelligence, verification, supplier response and remediation.
An inventory is descriptive metadata; it is not a patch-deployment mechanism.
Component listing does not certify specific assurance activity or effectiveness.
A list cannot replace the organizational processes needed to respond to future component defects.
A software program claims it identifies vulnerable transitive dependencies before shipment. Which pipeline test BEST demonstrates that capability?
A negative build demonstrates actual supply-chain detection, traceability and governed release behavior, not just inventory existence.
Functional compilation does not assess third-party component security.
The test would demonstrate incomplete dependency coverage, not a successful security gate.
Artifact presence alone is insufficient evidence that risk is identified and handled.
A dynamic web scanner tests only the public login page but misses role-specific internal APIs. As the accountable security practitioner, which response BEST addresses the specific weakness without introducing a different untested control?
Runtime tests require representative authenticated access to detect protected endpoint flaws. A successful scanner login does not establish role/tenant authorization coverage.
Unauthenticated DAST misses authorization and input flows reachable after sign-in.
A single privileged perspective can obscure horizontal and cross-role authorization faults.
Visual coverage is not runtime authorization assessment.
or Guarantee your success by buying the full version which covers the full latest pool of questions. (484 Questions, Last Updated on Oct 31, 2026)
Please check your mailbox for a message from support@examlabs.com and follow the directions.
