Case Studies

Subsea technology proven in real-world applications

Explore our subsea survey case studies to see how Kraken Robotics’ advanced technologies are applied to real-world offshore challenges. Combining high-resolution sensing with specialist subsea expertise, our survey solutions provide the detailed data needed to understand complex seabed conditions and subsea infrastructure.

Our projects demonstrate how Kraken’s survey technologies support offshore wind, oil and gas, and marine operations through accurate seabed mapping, buried object detection, asset monitoring and detailed subsurface imaging, helping clients make informed decisions, reduce operational risk and plan offshore projects with greater confidence.

UXO Identification and Clearance Survey

Kraken Robotics used its Sub-Bottom Imager (SBI) to support a UXO survey offshore Darwin, reducing the master target list by 87% and helping minimise vessel time and investigation costs.

Acoustic Corer Sub-Seabed Cobble and Boulder Survey

Kraken Robotics completed an Acoustic Corer survey to identify sub-seabed cobbles and boulders, supporting the design and safe installation of the Gennaker Offshore Substation in the Baltic Sea.

Caledonia OWF Towed SAS Survey

Kraken Robotics deployed KATFISH Towed SAS at the Caledonia Offshore Wind Farm, delivering high-resolution seabed imagery and detailed boulder identification to support offshore wind development.

Depth of Burial Survey for Inter-Array Cables

Kraken Robotics deployed its Sub-Bottom Imager (SBI) to accurately confirm burial depths across more than 70 km of inter-array cables at the Borkum Riffgrund 3 Offshore Windfarm.

Monitoring Subsea Flowline and Jumper Movement Using Subsea LiDAR

Kraken Robotics deployed subsea LiDAR to monitor flowlines and jumpers, delivering repeatable 3D data to track infrastructure movement and support long-term asset integrity.

Sub-Seabed Boulder Survey

Kraken Robotics used its Sub-Bottom Imager (SBI) to detect and map buried boulders at the Symra and Solveig oil and gas fields, supporting safer and more efficient infrastructure planning.