Complex terrain
Map and operate across large, irregular seabed areas with high positional accuracy.
Subsea technology · Resource recovery
Deep-sea mining technology
Intelligent mapping, robotic recovery and controlled environmental remediation in one integrated subsea system.
The challenge
Operational precision. Environmental responsibility.
Subsea recovery requires more than extraction. Every stage must account for visibility, seabed conditions, material control and the protection of the surrounding ecosystem.
Controlled recovery
Recover resources, debris and submerged structures without unnecessary seabed disruption.
Hazardous materials
Remove contaminated sediments and hazardous substances through controlled processes.
Turbidity control
Limit suspended sediment and protect surrounding water quality during operation.
Marine protection
Reduce impact on nearby habitats throughout recovery and remediation activities.
Site restoration
Prepare the seabed for safe, stable and sustainable future use.
Technology in motion
Engineered for subsea recovery
Our solution
One integrated recovery platform
Our solution combines intelligent sonar mapping, robotic recovery, suction and filtration technologies into a coordinated system designed for accurate, controlled subsea operations.
AI-assisted sonar mapping
Remote inspection
Controlled robotic recovery
Suction and filtration
Map
AI-assisted sonar mapping identifies terrain, materials and target areas.
Inspect
Remote inspection supports informed decisions before recovery begins.
Recover
Robotic systems precisely recover debris, materials and submerged structures.
Filter
Advanced suction and filtration control contaminated and hazardous substances.
Restore
Controlled remediation supports safer seabed conditions after operation.
Technology in operation
Designed for demanding underwater environments
Integrated engineering brings mapping, recovery and remediation into a controlled operational workflow.
Operational value
Precision that protects what surrounds it
01
Improved efficiency across subsea recovery operations.
02
Greater recovery precision through AI-assisted seabed mapping.
03
Controlled methods that reduce unnecessary environmental disturbance.
04
Reduced turbidity to help protect water quality and nearby habitats.
05
Safer seabed conditions following recovery and remediation activities.