The node transforms the HAUV from a temporary visitor into a permanent resident. Designed for a 5-year maintenance-free interval, this seabed infrastructure provides the three critical pillars of Arctic sovereignty: Protection, Energy, and Information. It asserts a physical, persistent claim to the seabed year-round.
TRAWL-RESISTANT FRAME.
Designed for the "Grey Zone." The low-profile, pyramidal geometry deflects commercial trawl boards and ice keels, absorbing 35 kJ of impact energy. The structure protects the asset from fishing gear interaction without revealing its position
CONTACTLESS TRANSFER, 360° INDUCTIVE CHARGING.
Physical connectors fail in the cold. We utilize a radial wireless coupling that charges the drone at any roll orientation. The system tolerates silt, marine growth, and icing, delivering 10kW of power with zero moving parts.
OPTICAL BLUE-GREEN LASER LINK.
Acoustic modems are too slow for modern intelligence. The node utilizes Free-Space Optical modems to offload Terabytes of synthetic aperture sonar data at Gigabit speeds, securely bridging the air-gap between the drone and the fiber optic backbone
ACTIVE CORE HEATING.
Batteries die in the cold. The node integrates "Smart Heat" jacketing to maintain critical cell temperatures above +5°C, preventing Lithium plating during high-speed charging in -2°C ambient waters
ELECTROMAGNETIC LATCHING.
No claws to jam. The docking system uses a non-actuated, flow-through funnel and a "Normally Open" electromagnetic latch. In the event of a total power loss, the system automatically releases the drone to float to the surface for recovery
CRYPTO-ZEROIZE LOGIC.
A physical outpost demands cyber-physical security. The node features tamper-detection sensors that instantly erase encryption keys and mission data if the pressure housing is breached by unauthorized divers or ROVs.