Critical infrastructure was engineered for operational reliability — not for resistance to cyberattack. Industrial control systems now networked for remote management carry attack surfaces that did not exist at design time. Conventional security products cannot be deployed in OT/SCADA environments without introducing unacceptable latency into real-time control loops. Nation-state actors — documented in CISA/NSA advisories as having pre-positioned persistent implants in U.S. electrical, water, and communications infrastructure — operate below the OS layer where every high-stack security product is structurally blind. And no prior system provides the cross-sector visibility required to detect coordinated multi-vector attacks that appear sub-threshold in each sector's independent monitoring.
Adapted CCE/UCE kernel architecture for OT/SCADA environments — operating with <1% CPU overhead and zero measurable control-loop latency. Supports DNP3, Modbus, IEC 61850, PROFINET, and BACnet natively. Deploys via live insertion without system restart or operational disruption. Maintains full local autonomy — no cloud connectivity required for enforcement.
Single-pane-of-glass dashboard aggregating security and compliance telemetry from all protected infrastructure sectors simultaneously. Role-stratified views for national emergency operations center, municipal government, and infrastructure operator roles. Cross-sector situational picture that cannot be falsified by compromised application-layer processes.
Simultaneously maps the security state of each protected infrastructure sector against its applicable regulatory framework — EPA for water, NERC CIP for power, HIPAA for healthcare, TSA for transportation, FCC for communications, CISA cross-sector for all — detecting compliance drift, generating remediation directives, and archiving audit evidence in real time.
The only commercial system capable of detecting coordinated multi-sector nation-state attacks. Anomalous events that appear sub-threshold in each independent sector monitor are correlated across all sectors simultaneously — identifying the attack pattern only visible in cross-domain correlation. Designed specifically for Volt Typhoon and similar coordinated infrastructure campaigns.