Drag and Drop Question You are designing a security operations strategy based on the Zero Trust framework. You need to increase the operational efficiency of the Microsoft Security Operations Center…

Question

Exhibits

Answer Area

Explanation

To increase the operational efficiency of a Zero Trust-based SOC, the prioritized sequence involves establishing foundational visibility, enabling automation for efficient response, and then deploying additional protection and detection controls.

Approach. The correct interaction is to drag 'Establish visibility', 'Enable automation', and 'Enable additional protection and detection controls' from the 'Actions' list to the 'Answer Area' and arrange them in that specific order.

1. Establish visibility: This is the most foundational step for any effective security operation, especially within a Zero Trust framework. You cannot protect what you cannot see. Comprehensive visibility into identities, devices, data, applications, and infrastructure is crucial for explicit verification, detecting anomalies, understanding baseline behavior, and making informed security decisions. Without visibility, subsequent controls and automation are ineffective. This directly contributes to operational efficiency by providing the necessary context for rapid and accurate analysis.
2. Enable automation: Once visibility is established and data is being collected and analyzed, automation becomes the primary driver for increasing SOC operational efficiency. Automation allows for faster threat detection, automated incident response (e.g., blocking malicious IPs, isolating compromised devices), data enrichment, and streamlined incident management. This reduces manual workload, accelerates response times, and ensures consistent application of security policies, which is essential for scaling Zero Trust principles and making a SOC more efficient.
3. Enable additional protection and detection controls: With foundational visibility in place and enhanced efficiency through automation, the SOC can now effectively deploy and manage more advanced and granular protection (e.g., Conditional Access policies, advanced identity protection, micro-segmentation) and detection controls (e.g., advanced SIEM rules, Endpoint Detection and Response - EDR, User and Entity Behavior Analytics - UEBA). These controls further strengthen the Zero Trust security posture, building upon the insights gained from visibility and leveraging the speed and consistency provided by automation.

Common mistakes.

• common_mistake. Selecting 'Establish ransomware recovery readiness' or 'Implement disaster recovery' would be incorrect. While both are critical components of an overall security and resilience strategy, they are more reactive and focused on business continuity rather than foundational steps for increasing the operational efficiency of a Zero Trust SOC in the deployment sequence. The Zero Trust framework prioritizes preventing breaches and minimizing impact through continuous verification and granular access, supported by strong visibility and automation. Ransomware recovery and disaster recovery typically come into play after a breach or disaster occurs, making them less of a priority for the initial operational efficiency objectives of a Zero Trust SOC compared to establishing visibility, automation, and core protection/detection capabilities.

Concept tested. The underlying technical concept being tested is the phased implementation and prioritization of objectives within a Zero Trust security framework, specifically focusing on how to enhance Security Operations Center (SOC) operational efficiency. It assesses knowledge of Zero Trust principles, SOC best practices, and the logical sequence of security maturity improvements.

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