CRITICAL INFRASTRUCTURE PROTECTION
Airspace and electromagnetic security. Operational continuity by design.
Physical security was not designed for the threat landscape that critical infrastructure operators face today. Fencing, access control and cameras cover the ground. They do not cover the airspace above a facility, the signals moving through it, or the acoustic activity around it. Modern threats, including unauthorised drones over airports, ports and energy sites, exploit exactly those gaps.
Unauthorised aerial vehicles, electromagnetic interference and acoustic intrusion are not theoretical risks. They are well documented and increasingly easy to carry out. A commercial drone costs a few hundred euros. RF equipment capable of disrupting operations is widely available. The attack surface has expanded; in most cases, the security architecture has not.
The regulatory clock is already running
The EU's Critical Entities Resilience Directive required member states to identify critical entities by 17 July 2026. That deadline has passed. Designated operators are now receiving formal notifications, and each notification triggers a nine- to ten-month window to demonstrate compliance, including cross-domain risk assessment, resilience measures and incident notification within 24 hours. For operators in scope, the key question is how quickly that window can be met.
One platform, detection always on
Onyks™ monitors the electromagnetic spectrum, the acoustic environment and the optical domain simultaneously. RF analysis identifies control signals and anomalies. Acoustic detection picks up aerial and ground movement. Optical systems capture what cameras miss. All three streams are assessed together against a model that improves with every deployment, giving each site a baseline for its own environment that sharpens over time.
Human operators retain decision-making authority at every stage. The platform assesses threats, assigns confidence levels and recommends a response; the operator approves before any action is executed. Incident data is logged automatically throughout, with timestamped records that meet CER Directive reporting standards without the need for manual documentation.
The platform is field-tested and ready for deployment across aviation, energy, industrial and public venues. It integrates with existing security infrastructure and complies with civilian frequency regulations.
Countermeasure capability, same platform
Detection is only half the requirement; aviation sites in particular need airspace protection without disrupting flight operations. The countermeasure capability is part of the same platform architecture described above and is switched on only when local regulatory conditions permit. When active, it targets only hostile signals; authorised communications, navigation and operational frequencies remain unaffected.
Technical briefings on the active-countermeasure configuration are available on request.