FireBreak™ physically isolates SCADA, OT, and critical infrastructure systems, offering instant, remote protection against lateral movement and evolving cyber threats.

The Risk to Critical Infrastructure

Critical infrastructure—from power grids and water systems to manufacturing lines and transport networks—is increasingly connected to the internet and enterprise IT environments. This connectivity increases efficiency but introduces serious cybersecurity risks:

• Legacy OT and SCADA systems weren’t built with cybersecurity in mind

• Attackers can move laterally from compromised IT environments

• Software-defined segmentation is vulnerable to misconfiguration or insider threats

One successful breach can cause downtime, public safety issues, environmental harm, or even national-scale disruptions.

The FireBreak™ Solution: Physical Protection That Software Alone Can’t Provide

FireBreak™ enables critical infrastructure operators to:

• Instantly and remotely disconnect SCADA, PLC, HMI, and RTU systems

• Physically isolate OT from IT networks—no packets, no paths, no visibility

• Block lateral movement and threat actor access entirely

• Activate disconnection policies without IP, software, or VPNs

This is Zero Trust—not just by policy, but by physical design.

Real-World Deployment Scenarios

Energy: Disconnect turbine controllers from IT networks during firmware updates
Water: Isolate water quality monitoring PLCs from vulnerable systems
Transport: Physically separate rail control systems from corporate infrastructure
Manufacturing: Air-gap CNC machines and robotics from production IT environments
Utilities: Disconnect substation RTUs during security incidents or maintenance

Clear Security Gains

• Zero attack surface when systems are disconnected

• True segmentation between IT and OT networks

• Simplified compliance with NIS2, IEC 62443, ISO/IEC 27001

• No lateral movement possible into industrial control zones

Why FireBreak™ Is Built for This

• Non-IP-based remote control: Secure commands that work even during an attack

• Hardware-enforced isolation: Not reliant on software, credentials, or firewalls

• Tamper-proof architecture: Makes critical assets invisible and unreachable by default