Results beyond expectations

Abyss was able to identify all defects down to 2cm, with a location accuracy determined to be no greater than 5cm.

Abyss Solutions’ pioneering Lantern Eye™ system, now operable remotely, represents a significant advancement in subsea inspections.

By utilizing optical stereo photogrammetric imaging, LEA transcends the limitations of traditional caliper-based methods, providing unprecedented accuracy and repeatability in measurements derived from 3D models.

The client was searching for a way to understand where the bat colonies were located within the tunnel since the interior consisted of both rough-cut rock and concrete.

Abyss’ AI-based system successfully detected corrosion and coating degradation across an offshore platform and prioritized remediation.

Abyss Solutions’ Lantern Eye™ S represents a paradigm shift in subsea mooring chain inspection. This case study highlights its deployment in the Gulf of Mexico, demonstrating compliance with stringent class standards and offering superior value to customers in the oil and gas sector.

This article outlines an optical stereo photogrammetric imaging system, called the Lantern Eye™ Air (LEA), for inspecting the mooring chain above the water in the area known as the splash zone.

The Automated Condition Assessment system contributes directly to greater risk awareness, targeted remediation strategies, improving the overall efficiency of the asset management process and reducing the down-time of offshore facilities.

Using Abyss Fabric a digital twin with contextualized assets was created. The redlining activity can be performed from anywhere users have an internet connection. The time required to redline a complete platform using Abyss Fabric takes 3 to 4 weeks.