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Automated Incident Response (SOAR) Simulator

Trigger a simulated compromise and compare manual human-analyst triage (notice, investigate, decide, execute) against an instant automated SOAR playbook isolation, watching an exponential damage curve grow during the response delay.

Cybersecurity3DModerate60 FPS

A network of hosts surrounds a central server core. Trigger a simulated compromise, then compare two response paths: manual triage, where a human analyst must notice, investigate, decide and finally execute an isolation action across four sequential stages with randomized realistic delays, versus an automated SOAR playbook that isolates the host within a second of detection with no human decision-latency in the loop. Damage compounds exponentially the whole time the host stays connected, so the response path chosen determines the final cost by orders of magnitude — watch the live chart and the host-by-host lateral spread on the network to see why.

⚙ Under the hood

Trigger a simulated host compromise and compare manual human-analyst triage — notice, investigate, decide, execute, each with a randomized realistic delay — against an instant automated SOAR playbook isolation, while a live exponential damage curve shows how much lateral spread each response path allows before containment.

SOARincident responseautomationsecurity orchestrationcybersecurity

3D · Three.js / WebGL renderer · 60 FPS target · runs fully client-side, no install