SPLK-5003

SPLK-5003 practice questions, page 5 of 5, with answer review and explanations.

Question 21

A SOC engineer, is evaluating how to use artificial intelligence in order to improve how their organization responds to security threats.Which of the following benefits can the engineer realize from augmenting incident response with artificial intelligence?

  1. AI will require security analysts to spend more time writing detection rules.
  2. AI will automatically respond to and remediate all security events without supervision.
  3. AI can write incident reports that analysts do not need to review before publishing.
  4. AI can reduce the amount of time analysts spend collecting and correlating data from security tools.

Question 22

In a DevSecOps workflow, what is the primary purpose of an automated security gate that detects critical vulnerabilities during a build or deployment?

  1. To provide developers with optional warnings about potential security risks without affecting the build or deployment process.
  2. To replace manual security audits and eliminate the need for developer security training.
  3. To accelerate the software release cycle by bypassing security checks for minor issues.
  4. To ensure that only code meeting defined security standards is deployed to production, automatically failing the build or deployment if critical issues are found.

Question 23

An organization seeks to improve its cybersecurity posture and risk management strategy by implementing and adhering to NIST CSF Functions (Identify, Protect, Detect, Respond, Recover, Govern) as a shared set of practices and standard vocabulary.In what order should these CSF functions be addressed?

  1. In CSF provided order (first to last)
  2. Concurrently
  3. In a cyclical manner
  4. As needed

Question 24

A national retail chain is planning to implement a SIEM to improve its PCI compliance in response to an audit finding.What is a benefit that the SIEM should provide to the organization?

  1. Cardholder data is encrypted both in transit and at rest using the latest TLS and AES standards to prevent eavesdropping.
  2. Access to cardholder networks and system resources is monitored continuously, and alerts are produced in the case of access anomalies.
  3. Card transactions are recorded in a central location for financial reporting.
  4. Security controls are routinely tested to ensure they are implemented correctly and continue to function properly.