Advanced Runtime Threat Hunting, Response & ACS Automation
Duration: ~30 minutes
Overview
Learn advanced techniques for runtime threat hunting, automated threat response, and integration with Advanced Cluster Security (ACS) for comprehensive security operations. You’ll implement proactive hunting strategies, automated response playbooks, and security orchestration workflows.
Practice proactive runtime hunting with ACS-oriented detections and automated response playbooks that shorten time to contain incidents.
Why it matters
Advanced threats require proactive detection and rapid response. Threat hunting goes beyond automated alerts to actively search for indicators of compromise. Automated response reduces mean time to detect (MTTD) and mean time to respond (MTTR), while ACS integration provides comprehensive visibility and control.
What does it solve
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Advanced persistent threats
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Slow detection times
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Manual response delays
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Security operations complexity
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Incident response automation
Your Mission
Complete the examples below to close the attack paths this lab covers—treat each step as defending the cluster, not just clicking through commands.
Click each step only if you need a hint.
Access ACS console
echo "Access ACS console for threat hunting and analysis"
oc get route -n stackrox central -o jsonpath='{.spec.host}'Create hunting query (example)
echo "Example: Search for suspicious process executions"
# Use ACS API or UI to create custom queriesConfigure automated response policy
oc apply -f - <<'EOF'
apiVersion: v1
kind: ConfigMap
metadata:
name: response-playbook
namespace: stackrox
data:
playbook.yaml: |
- name: Detect suspicious activity
action: alert
- name: Isolate affected pod
action: network-policy-block
EOFReview ACS policies and violations
echo "Review ACS policies and violations through console or API"Cleanup
No cleanup needed for this lab.
Debrief
Advanced hunting plus automated response shortens dwell time—you query for weak signals, then act (isolate, policy, terminate) without waiting on a ticket.
What breaks without this:
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Alert-only monitoring → known TTPs missed between dashboards
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Manual response lag → attackers finish lateral movement first
Controls that matter: ACS hunting queries, playbooks, orchestration hooks, and clear human-approve vs auto-act boundaries.
Quick facts: hunting is proactive search, not just triage of fired alerts. Measure MTTD/MTTR as you automate.
