Plug and play 3D insight to support your subsea decisions.

ROV3D makes it easy to add 3D measurements and perspectives to your visual inspection operations.

Advanced Software. Simple Kit.

Adding 3D data capture to your subsea campaign shouldn't be complicated. ROV3D packages cutting-edge computer vision software into a simple DVR solution.

How ROV3D works.

ROV3D blends stereo computer vision and live video SLAM to transform GVI video into 3D models of as-found structures, findings, and anomalies in real-time.

How ROV3D works.

ROV3D blends stereo computer vision and live video SLAM to transform GVI video into 3D models of as-found structures, findings, and anomalies in real-time.

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Right tool, right job.

Subsea Intervention Planning

Subsea professionals often lack confidence in the design drawings of older offshore assets. This lack of confidence increases the cost of subsea intervention or decommissioning operations. In the best-case scenario, extra planning and engineering are needed to overcome uncertainty. In the worst case, inconsistencies between design drawings and the as-found structure lead to schedule and budget overruns. ROV3D makes it easy to acquire up-to-date 3D information that helps subsea professionals identify potential issues or areas of concern that may not be apparent in 2D drawings or inspection videos.

OWF Cable Monitoring and Maintenance

Subsea professionals often lack confidence in the design drawings of older offshore assets. This lack of confidence increases the cost of subsea intervention or decommissioning operations. In the best-case scenario, extra planning and engineering are needed to overcome uncertainty. In the worst case, inconsistencies between design drawings and the as-found structure lead to schedule and budget overruns. ROV3D makes it easy to acquire up-to-date 3D information that helps subsea professionals identify potential issues or areas of concern that may not be apparent in 2D drawings or inspection videos.

Anode Change Detection

Monitoring sacrificial anode depletion is essential to ensure a subsea structure’s cathodic protection remains. However, assessing anode depletion levels through visual observation is highly subjective. This subjectivity, and variance from inspection to inspection, make it difficult for asset owners to determine the remaining life and retrofit requirements of their anodes, particularly as an asset approaches life extension.

About Whitecap Scientific.

At Whitecap Scientific we’re creating a world where 3D insight is always available to support subsea decisions. We were the first company to bring live video-based 3D reconstruction subsea, and we’ve been focused on removing the operational and commercial complexity that prevents subsea professionals from getting 3D insight whenever they need it.

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