operator-To-Drone ratio — A completely untethered scalable swarmer faster and more consistent inspections
VS. WROV = DP2 Vessel inspection campaigns
Vessel-Agnostic And independent LARs Systems, with swift, hand-launchable methods
Battery-operated systems, A sustainable solution for annual inspection campaigns
Scalable autonomous platforms, endless applications
JACKETS - MONOPILES - FREESPAN
High-resolution inspection of jacket structures, monopiles, and gravity-based foundations. Detect corrosion, marine growth, and structural fatigue at depth without a specialized support vessel.
FMD - CP - CVI - MARINE GROWTH - WALL THICKNESS MEASUREMENT
Close-proximity inspection without asset damage. PEC, CP, and marine growth payloads deliver thickness readings.
INTER-ARRAY - TELECOM
Survey and integrity monitoring of subsea cables. Map burial depth,detect free-span anomalies and abrasion damage across full cable routes.
PHOTOGRAMMETRY - 3D POINT CLOUD
Photogrammetric 3D reconstruction of subsea assets to the millimeter. Generate accurate as-is models feeding directly into your engineering review workflow.
RISERS - J-TUBES - ANODES - BRACES - CLUSTERS - CLAMPS
Full autonomous structural surveys of jacket platforms, navigating complex geometries, confined nodes, and dense component clusters without tether risk.
PRE-LAY - POST-LAY - SCOUR MONITORING - DEBRIS
High-resolution bathymetric surveys for site characterisation and route assessment. Debris verification and scour monitoring via multibeam sonar, delivered in WGS84-referenced industry-standard formats.
Deploy Anywhere, In Minutes.
Launch and recover our autonomous drones through an unmanned surface vessel. No humans or large support vessels required.
Lower autonomous drones from any sized vessels of opportunity. No specialized large vessel needed.
Lower our autonomous drones from a transition piece on an offshore wind or energy asset. Our drone will handle the rest.
What Our Clients Say
“True Autonomy...makes it possible to significantly reduce the number of personnel and vessels required on-site, which unlocks HSE, environmental and economic benefits while optimizing workflows for faster acquisition of higher quality data using fewer resources.”
"While we hear a lot about remotely operated and autonomous technologies for marine data acquisition and underwater inspection, this is the first time we have witnessed a platform actually think and react accordingly to ensure an optimal approach based on the prevailing conditions..."
Transforming Underwater
Capabilities at Scale
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