The Brizo is a highly accurate (1 cm, 3°) directional wave height sensor for placement on moored buoys. Utilizing the lowest power, all signal Global Navigation Satellite System (GNSS) receiver for measurements, the Brizo can relay parameters and spectra for wave periods of 1.6 to 33 seconds on a <1 W power budget. The Brizo has optional integrated telemetry options that suit your deployment along with built in data logging. The communication modules along with the GNSS antenna allows for simple sensor addition to existing oceanographic and navigation buoys, adapting them as wave measuring modules.

Up to 25-hour mission duration
Speeds up to 4.2 knots
Increased module payload capacity
Search and recovery
Hydrography
Deep sea mineral exploration
Marine & Fisheries research
The Xeos Ares Duo is an all-in-one turbidity and chlorophyll-a sensor designed for easy integration to measure key water quality parameters.
Read moreThe Brizo-X Directional Wave Height Sensor utilizes Global Navigation Satellite System (GNSS) to measure wave statistics.
Read moreXeos Ares Chlorophyll-A Sensor
The Ares Chlorophyll-A Sensor features state-of-the art technology for measuring chlorophyll concentrations for environmental water quality monitoring, oceanographic research, marine operations and aquaculture monitoring.
Read moreDeepSea Power & Light SeaVent®: Protecting Subsea Systems in Extreme Environments
Compact, Reliable Pressure Protection for Critical Systems Subsea and sealed electronic systems operate in some of the most demanding environments on Earth, where pressure differentials, thermal cycling, and depth‑induced stresses...
Read MoreSeaPower. Powered by Kraken, supported by BlueZone Group
BlueZone Group strengthens in‑country sustainment through Kraken SeaPower battery servicing training in Germany As Australia’s maritime autonomous and uncrewed capability accelerates, so does the need for trusted, in‑country sustainment....
Read MoreMission Autonomy in Mine Countermeasures: Coordinating the Uncrewed Fleet
In an era of contested seas and reduced tolerance for risk, mission level autonomy has become the backbone of effective defence operations. The rapid evolution of maritime mine warfare has...
Read More