CS0-004 practice question 5 of 10

Your organization is planning to implement AI-powered anomaly detection within your SIEM to automatically identify suspicious user and entity…

Full set: 98 questions
Your organization is planning to implement AI-powered anomaly detection within your SIEM to automatically identify suspicious user and entity behavior without requiring manual rule creation. Before deployment, your security leadership asks you to identify key governance and risk considerations specific to AI in security operations. Which of the following is the most critical governance consideration when deploying AI-driven detection tools in a production security operations environment?
Answer options
A: Ensuring the AI model is trained on the largest possible dataset to maximize accuracy without regard to the source or relevance of the data.
B: Establishing processes to validate model decisions, detect and mitigate bias, maintain explainability of alerts, and establish clear escalation procedures for AI-generated findings to human analysts. Correct answer
C: Deploying the AI tool immediately to all user accounts and endpoints to gain immediate security benefits without pilot testing.
D: Using only proprietary, closed-source AI models to avoid exposing security insights to external parties.
Correct Answer:
B. Establishing processes to validate model decisions, detect and mitigate bias, maintain explainability of alerts, and establish clear escalation procedures for AI-generated findings to human analysts.
Explanation

Deploying AI in security operations introduces unique governance challenges, particularly regarding trust, transparency, and accountability. The most critical governance consideration is establishing robust processes to validate the AI model's decisions and maintain explainability (understanding why an alert was generated). Security teams must also actively monitor for and mitigate algorithmic bias that could lead to false positives or missed detections. Furthermore, clear escalation procedures are required to ensure human analysts can effectively review, interpret, and act upon AI-generated findings, maintaining a necessary "human-in-the-loop" safeguard.

Why Incorrect

A. Training data must be highly relevant, accurate, and sanitized; using data without regard to its source introduces noise and poisoning risks.
C. Deploying any enterprise security tool without pilot testing violates standard change management and risk assessment protocols.
D. The proprietary nature of a model does not inherently guarantee security; in fact, closed models can hinder explainability and independent validation.

References

1. NIST AI 100-1, "Artificial Intelligence Risk Management Framework (AI RMF 1.0)," Section 3.4 (Explainability and Interpretability).

2. ENISA, "Securing Machine Learning Algorithms," Section 4 (Security and Privacy in Machine Learning).

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