Which of the following use cases is best suited to be a Splunk SOAR Playbook?

Question

Options

• AA Forming hypothesis for Threat Hunting
• BVisualizing complex datasets.
• CCreating persistent field extractions.
• DTaking containment action on a compromised host

• A
  4% (1)
• B
  8% (2)
• D
  88% (22)

Explanation

Splunk SOAR Playbooks are designed for automated, event-driven response workflows - and taking containment action on a compromised host (D) is the quintessential use case. SOAR playbooks automate repeatable security operations tasks like isolating an endpoint, blocking an IP, or disabling a user account, triggered by a detected threat - exactly the kind of decisive, time-sensitive action that benefits from automation.

Why the distractors are wrong:

• A (Threat Hunting hypothesis) - Threat hunting is an analyst-driven, exploratory process requiring human intuition and judgment; it's not a repeatable automated workflow.
• B (Visualizing complex datasets) - That's the domain of Splunk's search and dashboard capabilities, not SOAR. Visualization is a reporting concern, not a response action.
• C (Persistent field extractions) - Field extractions are configured in Splunk's core platform (via the UI or transforms.conf), not through SOAR playbooks.

Memory tip: Think of SOAR as "automate the response, not the research." If the task involves doing something to a system (contain, block, quarantine, notify), it belongs in a playbook. If it involves understanding data (visualize, extract, hypothesize), it belongs elsewhere in the Splunk ecosystem.

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