SY0-701 exam dumps: questions 301 to 400 of 490

Correct answer: C

• A. Incorrect.

  This is incorrect. Cyber insurance may help transfer some financial risk after an incident, but it does not remediate the vulnerability or reduce the likelihood of exploitation. Insurance is not a technical control and should not be the first response to an actively exposed critical vulnerability.

• B. Incorrect.

  This is incorrect. A documented exception or exemption may be part of governance when immediate remediation is not possible, but simply accepting the risk without first implementing reasonable safeguards is poor security practice. Exceptions should typically be time-bound, formally approved, and paired with compensating controls when feasible.

• C. Correct.

  This is correct. When patching is not immediately possible, segmentation and compensating controls are appropriate first steps to reduce exposure. Restricting network access, limiting allowed communications, and increasing monitoring can significantly reduce exploitability while the organization pursues a long-term fix or replacement. This is a practical vulnerability response approach for critical legacy systems that must remain online.

• D. Incorrect.

  This is incorrect. Disabling logging weakens detection and incident response capabilities and does nothing to reduce the underlying vulnerability. In a high-risk scenario, enhanced logging and monitoring are generally more appropriate, not less.

Correct answer: B

• A. Incorrect.

  This is incorrect because reviewing the original scan report does not validate that remediation was successful. The original report only shows the vulnerability existed at the time of the initial assessment. Patch deployment records are useful for change management and audit purposes, but they do not prove the vulnerability is no longer present.

• B. Correct.

  This is correct because validation of remediation requires confirming that the control or fix actually removed the identified weakness. A targeted rescan of the affected asset is a standard best practice after remediation. It provides current evidence that the vulnerability is no longer detected and supports verification before closing the ticket.

• C. Incorrect.

  This is incorrect because an audit can help confirm process compliance and documentation, but waiting for a future audit delays validation and leaves uncertainty about the current security posture. Audits are not a substitute for prompt technical verification after remediation.

• D. Incorrect.

  This is incorrect because functional testing by the system owner may confirm that the application still works, but normal operation does not prove the vulnerability has been eliminated. This is a common misconception: availability or usability checks are not the same as security verification.

Correct answer: A

• A. Correct.

  Correct. Validation of remediation requires confirming that the vulnerability is no longer present after the fix is applied. A targeted rescan of the affected assets is the most direct and appropriate way to verify that the patch or configuration change actually resolved the issue. This is a standard post-remediation practice in vulnerability management workflows.

• B. Incorrect.

  Incorrect. Administrator confirmation is helpful as supporting evidence, but it is not sufficient by itself to validate remediation. A patch may fail, be applied incorrectly, or not fully resolve the finding. Security teams should independently verify the result rather than relying only on attestation.

• C. Incorrect.

  Incorrect. An audit may later confirm process compliance or control effectiveness, but waiting for a scheduled audit does not provide timely verification that the specific vulnerability was remediated. Validation should occur immediately after remediation, not months later.

• D. Incorrect.

  Incorrect. Reviewing the original report helps with documentation and understanding scope, but it does not confirm that the environment is now secure. Validation of remediation focuses on confirming the issue has been fixed, typically through rescanning, testing, or other technical verification.

Correct answer: B

• A. Incorrect.

  This is incorrect because using one highly technical report for all audiences is not effective reporting practice. Executives typically need concise, business-focused information such as operational impact, risk, decisions needed, and status, while responders need detailed technical data to continue containment, eradication, and recovery. A single report often overwhelms leadership and still may not provide the structured technical depth responders require.

• B. Correct.

  This is correct because effective security reporting is audience-specific. Leadership should receive an executive summary focused on business impact, scope, current status, and required decisions, while the incident response team should receive a technical report containing indicators of compromise, systems affected, evidence references, and investigative findings. This approach supports informed decision-making and operational response at the same time.

• C. Incorrect.

  This is incorrect because incident reporting should be timely, even when all facts are not yet finalized. Waiting for full forensic completion can delay critical business decisions and stakeholder coordination. A preliminary report can clearly state that findings are initial and subject to change. Security best practices emphasize prompt, accurate, and appropriately scoped communication during active incidents.

• D. Incorrect.

  This is incorrect because verbal briefings may be useful, but relying only on verbal communication creates gaps in documentation, accountability, and continuity. Written reporting is important for tracking actions, preserving timelines, supporting post-incident review, and meeting organizational or regulatory requirements. Legal review may be needed for some external communications, but that does not eliminate the need for prompt internal written reporting.

Correct answer: A

• A. Correct.

  Correct. Executive reporting should be concise, business-focused, and decision-oriented. For leadership, the most useful report emphasizes metrics and trends such as incident volume, affected users or systems, operational or financial impact, response effectiveness, and whether current controls appear sufficient. This allows executives to assess risk posture and make funding or policy decisions without being overloaded by highly technical evidence.

• B. Incorrect.

  Incorrect. Raw SIEM logs, packet captures, and forensic artifacts are appropriate for analysts, investigators, or auditors who need technical validation, but they are not appropriate as the primary format for executive reporting. This option reflects the common mistake of sending the same technical report to all audiences instead of tailoring reporting to stakeholder needs.

• C. Incorrect.

  Incorrect. Indicators of compromise, hashes, and registry changes are valuable for technical incident reports, threat hunting, and detection tuning. However, they do not directly help executives evaluate business impact or justify budget decisions. This option confuses operational reporting for security teams with management reporting for leadership.

• D. Incorrect.

  Incorrect. A report that only states the incidents were resolved lacks the context needed for informed decision-making. Executives need enough detail to understand frequency, impact, trends, control gaps, and recommendations. Omitting these elements can hide risk and prevent appropriate resource allocation.