The operator connects their OT/ICS systems, sensors, and intelligence feeds. Varindor monitors at the protocol level, detects anomalies, correlates with cyber threat intelligence, and dispatches autonomous UAVs for site response — all through the civilian deployment configuration.
Reads process variables directly from PLCs, RTUs, and SCADA systems via Modbus, OPC-UA, DNP3, and MQTT. Anomalies are detected at the protocol level as they happen. Technical detail.
OT anomalies are correlated with cyber threat intelligence. A process variable change paired with active cyber campaigns targeting the region is surfaced as a coordinated pattern.
UAV dispatch on anomaly detection, continuous perimeter patrol, and physics-aware routing around RF interference zones. The same autonomy layer used in defence, applied to facility protection. Technical detail.
Full operator console for infrastructure protection with independent access controls and no military classification overhead. Live situational awareness streamed to any connected device. Technical detail.
Infrastructure events feed into the broader intelligence picture. Correlated activity across energy, port, transport, and telecommunications systems is visible as a single pattern.
Simulated cyber-physical scenarios against the operator's infrastructure model. Test response procedures, evaluate coordination, and replay incidents for review. Technical detail.
Infrastructure operators receive the civilian deployment configuration — no targeting engine, no fires management, no weapon gateway. A purpose-built system for civilian operations with its own access controls and zero engagement-loop concepts.
When the same platform serves both infrastructure protection and national defence, a cyber-physical attack on a power grid is visible to military intelligence at the same time as it's visible to the operator. Coordination between civil and military response happens through shared situational awareness rather than manual reporting chains. Infrastructure operators benefit from military-grade physics simulation and AI reasoning applied to their operational environment.