As the offshore wind industry pushes toward increased efficiency and reliability in monopile foundation installation, Zupt's VertiCAM offers a simple, visual way to determine monopile verticality in real time. VertiCAM is a ruggedized LiDAR-Camera sy...
Leaders in Offshore Survey Expertise At Zupt, leadership shapes everything we do. The company is guided by a team of professionals with decades of experience in precise positioning, inertial navigation, and offshore operations. Their expertise makes ...
Zupt has always emphasized the importance of operational efficiency, especially when it comes to mobilizing personnel to the field. While deploying people offshore is sometimes necessary, reducing the number of required personnel remains a key priori...
We're pleased to welcome Braedon McCants to Zupt as our newest Offshore Survey Engineer. A Mechanical Engineering graduate from Rice University, he brings a passion for learning and solving challenges in automation and robotics. We look forward to hi...
Ashish earned his Master of Science in Mechanical Engineering with a focus in Robotics from Johns Hopkins University. He brings a strong background in building complex electromechanical systems, developing autonomous robotic platforms, and solving fi...
The growing demand for renewable energy has led to the development of offshore wind farms, which have become increasingly common in the UK, Europe, and the Asia-Pacific regions over the past decade. However, the installation of these offshore structu...
Compact, Rugged, and Built for Offshore Success Built for the demands of offshore operations, the Zupt Mux Lite delivers seamless data management in a compact, lightweight, and rugged design. This all-in-one fiber multiplexer is optimized for both re...
Leveling transition pieces (TPs) for offshore wind turbines requires precision, efficiency, and reliability. Zupt's Gyro Box (ZGB) delivers all three, providing real-time, high-accuracy heading, pitch, and roll data in a compact and robust package de...
Using Zupt's proprietary C-PINS system, this method has been trusted for over 350 metrologies globally. It offers accurate, reliable results for jumper and spool fabrication between subsea assets. Compared to traditional LBL acoustic metrology, Zupt'...
In this video, Aidan Thirsk explains "contactless metrology" and its significant efficiency benefit during subsea operations. Traditional inertial/LBL acoustic metrology methods typically require a mechanical interface to physically touch the structu...
Background Zupt, LLC, a global leader in subsea positioning and navigation solutions, has long been recognized for its innovative approach to offshore energy operations, pushing efficiency to save valuable vessel time. While the company's expertise h...
Introduction This case study evaluates the deployment of Zupt, LLC's C-PINS inertial navigation technology as a replacement for conventional acoustic-based methods in subsea metrology. Conducted in partnership with Zupt's Super Major Client, the stud...
Supporting a Super Major Client's Vision for Contactless Subsea Integrity Management Introduction Fast Digital Inspection (FDI) is modernizing the way the offshore industry approaches subsea integrity management. By combining georeferenced 3D mo...
Real-time dense reconstruction with 3D Recon V2 – the ultimate in quality control for any subsea 3D modeling solution. Generating the dense point cloud model during data acquisition leaves no question as to whether you've captured the data you need w...
In the offshore energy sector, a variety of subsea imaging sensors are used to inspect assets on the seabed. These systems rely on different processing methods to convert images into 3D models. While many offer basic inspection capabilities, few are ...
By owning and manufacturing our equipment, Zupt has a unique advantage as an energy survey contractor. This advantage allows us to place our assets in strategic locations ahead of contracts, efficiently meeting our client's project requirements. Lear...
Zupt, an industry-leading provider of inertial navigation and subsea positioning technologies, will be exhibiting at Ocean Business 2025 in Southampton, UK. The team will discuss how their advanced tools are helping offshore operations become mo...
Zupt's 3D modeling service is built around a robust 3D reconstruction methodology, enabling the creation of dense, georeferenced point clouds for a wide range of subsea applications. At the core of this capability is the 3D Recon system, a self-conta...
We're excited to share a major milestone at Zupt! Our integrated Robotic Total Station (iRTS) system has successfully completed its first offshore deployment on a monopile installation project, delivering accurate and reliable performance in the fiel...
Zupt's HaloCAM offers a contactless, efficient solution for subsea structure positioning and installation. By combining inertial navigation with high-definition imaging, it tracks structures without the need for direct sensor attachment. Ideal for of...
