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CrowdStrike

CCCS-203B · Question #50

Your organization is deploying CrowdStrike Falcon in a multi-cloud environment (AWS, Azure, GCP) and wants to implement security policies that enforce least privilege access, threat detection, and…

The correct answer is A. Use API-driven policy automation with conditional rules based on real-time threat intelligence. Option A: API-driven policy automation with conditional rules ensures real-time, adaptive security by leveraging threat intelligence and behavioral analytics. This approach enhances threat detection and compliance enforcement across cloud environments. Option B: Applying a…

Cloud Security Posture Management

Question

Your organization is deploying CrowdStrike Falcon in a multi-cloud environment (AWS, Azure, GCP) and wants to implement security policies that enforce least privilege access, threat detection, and compliance enforcement. Which approach is most effective for enforcing cloud security policies while maintaining scalability?

Options

  • AUse API-driven policy automation with conditional rules based on real-time threat intelligence.
  • BApply the same static security policy across all cloud accounts without modifications.
  • CManually configure security policies for each cloud account separately to meet specific needs.
  • DRely only on network-based firewalls and traditional perimeter security for protection.

How the community answered

(27 responses)
  • A
    59% (16)
  • B
    11% (3)
  • C
    22% (6)
  • D
    7% (2)

Explanation

Option A: API-driven policy automation with conditional rules ensures real-time, adaptive security by leveraging threat intelligence and behavioral analytics. This approach enhances threat detection and compliance enforcement across cloud environments. Option B: Applying a single static security policy across all cloud accounts ignores the unique security requirements of different environments (e.g., development vs. production). Security policies should be adaptive and context-aware. Option C: Manually configuring security policies for each cloud account is not scalable and can lead to misconfigurations and inconsistencies, increasing security risks. Automation and standardization are essential for effective security policy enforcement. Option D: Relying only on traditional network-based firewalls and perimeter security does not protect cloud workloads effectively. Cloud security requires identity-based access control, runtime protection, and continuous monitoring beyond traditional firewalls.

Topics

#multi-cloud policy automation#least privilege enforcement#threat intelligence#scalable security

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