OCEAN ECONOMY
The Stakes Have Never Been Higher
10x
According to the 2024 DNV Report, over the next 20 years, oceans will see a 10x increase in submerged infrastructure to produce energy and food
100x
The lifecycle cost of a submerged IoT sensor is over 100x higher than one on the ground
0.01%
There are less than 0.01% submerged IoT sensors vs similar sensors on ground infrastructure
THE VISION
On-Time Asset Integrity Data Acquisition at Scale
Today, operators of submerged assets rely on human interventions or cabled solutions to monitor their submerged assets. This translates to high intervention and shutdown costs, leads to high CO2 emissions and human safety risks.
Hydromea technologies democratise access to submerged infrastructure, providing scalable and affordable asset integrity data acquisition solutions.
Building digital twins of submerged infrastructure is becoming a reality to enable a cost-efficient energy transition to a brighter and sustainable future.
SOLUTIONS
Discover How Hydromea Accelerates Energy Transition
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EXRAY™ robots will collect visual and NDT data of mooring chains and ballast tanks of floating wind structures.
EXRAY™ and LUMA™ will enable visual and sensor data acquisition of power hubs and cable protection systems.
AUVs will harvest data from sensors fitted with a smart low-power LUMA™ Communication Hub.
Swarm-enabled EXRAY™ robots perform quick perimeter data mission - geophysical or environmental quality measurements.
LUMA™ nodes provide WiFi-like coverage around assets for high-speed and low-latency connectivity between an AUV and onshore Remote Operation Center (ROC).
LUMA™ network of comm nodes will relay data in real time between sensors to a collection point connected to a 5G network
Swarm-enabled EXRAY™ robots perform quick perimeter data mission - geophysical or environmental quality measurements.
AUVs will harvest data from sensors fitted with a smart low-power LUMA™ Communication Hub.
LUMA™ nodes provide WiFi-like coverage around assets for high-speed and low-latency connectivity between an AUV and onshore Remote Operation Center (ROC).
EXRAY™ and LUMA™ will enable visual and sensor data acquisition of power hubs and cable protection systems.
EXRAY™ robots will collect visual and NDT data of mooring chains and ballast tanks of floating wind structures.
LUMA™ network of comm nodes will relay data in real time between sensors to a collection point connected to 5G network
Swarm-enabled EXRAY™ robots perform quick perimeter data mission - geophysical or environmental quality measurements.
AUVs will harvest data from sensors fitted with a smart low-power LUMA™ Communication Hub.
LUMA™ nodes provide WiFi-like coverage around assets for high-speed and low-latency connectivity between an AUV and onshore Remote Operation Center (ROC).
EXRAY™ and LUMA™ will enable visual and sensor data acquisition of power hubs and cable protection systems.
EXRAY™ robots will collect visual and NDT data of mooring chains and ballast tanks of floating wind structures.
LUMA™ network of comm nodes will relay data in real time between sensors to a collection point connected to 5G network
THE PROMISE
Cut the Cord
The first step to freedom is to CUT THE CORD - severing physical attachments to enable independence.
Below-water communication is restricted today, the subsea industry is tangled in cables and tethers. Monitoring submerged asset integrity requires substantial efforts and expensive infrastructure.
At Hydromea, we promise to enable cost efficient, scalable and sustainable asset monitoring by fusing autonomous systems with unique wireless communication solutions.
HYDROMEA
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