RADI Energy is being engineered as the reference configuration for hydrocarbon operators — landside perimeter, maritime approach coverage, ATEX-aware installation paths, and OT-cyber posture built for IEC 62443.
RASAD masts along the plant perimeter, plus rooftop installations over tank farms, control rooms, and switchyards.
Additional RASAD nodes with maritime-optimised azimuth for terminal jetties and offshore-approach coverage. Sea-launched FPVs are a documented Gulf threat.
HARAS appliance in the plant control room, air-gap capable, integrated with the SOC as a security-event source. Never touches the internet.
Directional soft-kill at every gate, jetty and tank berm — narrow beam, cut-the-link, minimal collateral, forensic evidence retained.
Refineries, terminals, gas plants, upstream production — the full hydrocarbon value chain.
Marine oil terminals and LNG jetties — where petrochemicals meet shipping.
Power stations co-located with hydrocarbon fuel supply and desalination.
Where a nuclear site shares coastal or industrial adjacency with hydrocarbon assets.
Hardware being designed with clear Zone 2 / Division 2 deployment paths, with in-zone variants planned for tank-top and loading-arm installations.
Design intent: air-gap-capable HARAS, signed firmware, no cloud dependency, no vendor egress. The counter-drone system never becomes the OT compromise path.
Design intent: hot-standby HARAS pair with hitless firmware, dual-uplink fibre, and no operational window where the refinery is unprotected.