An underwater node mounted to port infrastructure

Application / Ports and harbors

Underwater awareness for ports, harbors, and approaches.

Aphotic extends monitoring below the waterline around entrances, berths, anchorages, and high-value infrastructure without adding routine vessel patrols.

Primary objectiveMonitor protected underwater areas
System configurationArgus nodes selected by depth and placement geometry
Operator outputSecurity alerts, tracks, and environmental status

A fixed underwater sensor layer for busy operating areas.

Ports contain dense infrastructure, complex acoustic conditions, and constant vessel activity. The underwater picture is often much less complete than the surface picture, especially around piles, berths, intakes, and restricted areas.

Argus nodes can be placed directly on the seafloor and, where useful, attached to existing structures or held at a selected depth. A coordinated field can identify events, compare observations across the harbor, and report only the information that warrants operator attention.

01

Harbor approaches

Monitor selected underwater routes into protected areas and compare activity with known surface traffic.

02

Berth and hull areas

Observe high-value berths, piles, and the water volume around vessels without relying on continuous patrols.

03

Infrastructure condition

Combine security sensing with visual and environmental measurements around piles, gates, and underwater assets.

04

Response support

Provide a location and evidence package that helps a diver, UUV, ROV, or security team investigate efficiently.

System approach

Placed where the underwater picture matters most.

Seafloor deployment is the default. Structure attachment or midwater placement can be used where it improves sensing geometry around a specific port asset or approach.

Relevant systems

Select the Argus housing by depth and the sensor stack by mission.

Argus A, B, and X share a common seabed sensing, edge-processing, storage, power-management, and acoustic-communications architecture. Atlas services the deployed fleet, while Nexus provides the operating picture, planning, alerts, and tasking above it.