29 minutes. That's how little time defenders may have before an attacker starts moving laterally. Think…
samuel watua Soita — Full Stack Software Engineer
29 minutes. That's how little time defenders may have before an attacker starts moving laterally.
Think about what your security team can realistically accomplish in 29 minutes.
Investigate an alert.
Identify the affected endpoint.
Determine whether the account is compromised.
Contain the machine.
Reset credentials.
Check lateral movement.
Start incident response.
Now consider the other side.
CrowdStrike's 2026 Global Threat Report says the fastest recorded eCrime breakout time has fallen to 27 seconds, while the average eCrime breakout time reached 29 minutes. It also reports that 82% of detections in 2025 were malware-free.
That changes how we should think about detection.
If attackers can move faster than your response process, having an alert isn't enough.
You need:
Fast detection.
Fast triage.
Fast containment.
Fast recovery.
This is why automated response is becoming increasingly important in modern SOC environments.
The question isn't:
“Can we detect an attack?”
It's:
“Can we detect and contain it before the attacker reaches the next system?”
Every minute matters.
#Cybersecurity #ThreatIntelligence #SOC #IncidentResponse #ThreatDetection #EDR #CyberDefense #BlueTeam #SecurityOperations #InfoSec
3 reactions · 1 comments
Topics: #blueteam, #edr, #infosec, #threatintelligence, #incidentresponse, #securityoperations, #cyberdefense, #cybersecurity, #soc, #threatdetection
Comments
Schomer: Spot on, Samuel. That 29-minute average breakout window is an eternity when an adversary is operating at machine speed. But your breakdown highlights the exact architectural trap the industry is stuck in: we are trying to out-race the breakout time using reactive detection and containment. If the playbook relies on triggering an alert, triaging it, and then orchestrating an EDR isolation command a