A container port is a country’s balance sheet in motion. RADI is being engineered as the airspace layer over the terminal, the free zone, the cargo yard — because a stopped port is a stopped economy.
Ship-to-shore gantry cranes are the choke-point of any container terminal. Weeks to repair. Design intent: rooftop-of-gantry sensor coverage plus cued kinetic layer.
Drones surveying container stacks for high-value manifest tags, staging theft or diversion. The intelligence phase before the physical event.
Small drones ferrying contraband over the terminal fence line, bypassing gate customs. Design intent: sensor coverage extends into the free-zone approach.
Most port perimeters are landside-hardened only. A drone launched from a small boat is a documented threat vector in the Gulf. Design intent: maritime azimuth coverage.
Fence-line masts on land + gantry-mounted variants for elevated coverage over the yard.
Fusion with the terminal operating system (TOS) as a security-event source, not a parallel console.
Directional soft-kill at gate approaches and yard hot-spots — cut the link, land the drone, call customs.
Multi-terminal federation for port authorities — one picture across every terminal, every free zone.
RASAD-gantry variant being engineered to survive gantry accelerations and metal-heavy RF environment without degrading either the terminal’s wireless or its own sensitivity.
Design intent: every soft-kill engagement produces a signed evidence pack — flight path, RF signature, imagery — usable by UAE customs and MoI for follow-on prosecution.
Design intent: HARAS multi-tenant model lets a free-zone operator sell counter-drone coverage as a service to its resident enterprises — one system, many isolated tenants.