One-Way Gateway: Blocking OT Sabotage Traffic
Interactive 3D simulator of a data-diode boundary between IT and OT networks: fire malicious command packets at an industrial control system and see how a hardware one-way gateway blocks 100% of them, versus a software firewall that leaks under misconfiguration.
Cyber-diversion attacks against industrial control systems try to smuggle unauthorized command packets from a compromised IT network into the OT network that runs physical equipment — pumps, valves, breakers. This simulator renders the boundary between the two networks in 3D and lets you fire malicious command packets at it under two real defensive architectures: a hardware data diode, which is physically incapable of carrying traffic in the sabotage direction, and a software firewall rule, which blocks based on configuration and therefore carries a small but real per-packet leak probability. Live counters track blocked attempts, successful breaches, delivered telemetry and the resulting OT process integrity, and a governing-formula panel explains why the two architectures behave so differently under rising attack intensity.
Fire malicious command packets from an IT network at an industrial control system and compare two real boundary defenses: a hardware data diode that is physically unable to leak, versus a software firewall rule with a configurable leak probability.
3D · Three.js / WebGL renderer · 60 FPS target · runs fully client-side, no install