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The installation team needs to track a monopile’s descent all the way to its target elevation. But GNSS visibility at the hammer can become restricted as the pile moves lower. Cranes, slings, spreader bars, and other deck equipment can obstruct satellite signals. On a floating vessel, the measurements also need to account for vessel motion. The team still needs to know: how quickly is the pile descending, and how close is it to the intended elevation? Zupt’s iRTS keeps the GNSS positioning reference high on the vessel and uses robotic total stations to track prisms on the hammer or gripper. An integrated inertial measurement unit accounts for vessel motion. This provides real-time elevation and penetration-rate data without relying on GNSS reception at the hammer, helping the team monitor for pile run and follow the approach to final elevation. Read more about the measurement approach and offshore results: https://lnkd.in/gKP9AVNA #OffshoreWind #MonopileInstallation #iRTS

Zupt has signed an agreement with Mitang Brasil to serve as our local partner in Brazil. The agreement brings together our subsea metrology and 3D imaging capabilities with Mitang’s offshore survey experience and local commercial and operational support. As part of this agreement, C-PINS equipment for offshore and remote metrology, along with 3D Recon for subsea imaging and 3D modeling, will be available in Brazil. Having equipment available in-country is intended to reduce repeated international shipping and give our teams more flexibility when preparing for upcoming projects. We look forward to working with the Mitang team to support operators and contractors offshore Brazil. Read the full announcement: https://lnkd.in/giF7nWdr

Zupt is entering an exciting new chapter. We are pleased to announce that Zupt has joined Rosenxt Group, a global technology group delivering Advanced Technological Services for critical infrastructure in harsh environments. Since 2005, our team has worked closely with customers to solve complex subsea positioning, metrology, inspection and installation challenges. Becoming part of Rosenxt gives us access to complementary capabilities in robotics, advanced sensing, intelligent data analytics, integrity management and offshore engineering. This combination will help us accelerate innovation, expand our global reach and deliver more integrated solutions to customers across the offshore energy and renewables sectors. Our commitment remains unchanged: practical engineering, trusted collaboration and technologies that help our customers operate with greater accuracy, efficiency and confidence. We look forward to building what comes next together. ➡️ Read the full announcement: https://lnkd.in/e7BFQfrq #Zupt #Rosenxt #SubseaEngineering #OffshoreEnergy #Innovation

During offshore wind installation, crews are often working with limited visibility to monopiles, vessel movement, environmental forces, and tight installation tolerances. Small positioning errors can quickly turn into lost time offshore, additional vessel costs, or rework. That's why real-time positioning, monitoring, and measurement play such an important role throughout the installation process. Whether it's subsea template monitoring, monopile installation support, transition piece alignment, or creating digital models that help teams understand what's happening in real time, the goal is the same: give crews the information they need to make confident decisions when conditions are less than perfect. Our team will be attending RenewableUK Global Offshore Wind 2026 this week, and we're looking forward to connecting with people across the industry. If you're working on offshore wind installation projects and facing challenges around positioning, monitoring, or installation accuracy, we'd love to chat: https://lnkd.in/g8gTD_Rc #RUKGOW26 #OffshoreWind #Monopiles #MarineConstruction #OffshoreEngineering

Zupt’s Remote Metrology is transforming offshore operations by delivering the same precision as traditional subsea metrology with none of the offshore risk or added personnel. Our onshore survey team controls the entire process in real time while only the equipment is mobilized offshore, creating a faster, safer, and more cost-effective solution for our clients. Zupt has been completing remote metrologies for over 8 years with 100 percent success and zero emergency mobilizations. Using our C-PINS inertial navigation system (INS), data is collected, processed, and verified from shore through a secure live link with the vessel. Zupt can also provide its own Starlink connection to ensure reliable offshore communication during remote metrology operations. Deliverables are provided within 24 hours, giving clients a clear advantage in project scheduling and decision-making. With a fixed lumpsum cost model, predictable pricing, and proven reliability, Zupt’s Remote Metrology provides measurable value from start to finish. The video below shows this process in action and demonstrates how Zupt continues to set the standard for safe, efficient, and dependable offshore metrology. Learn more: https://lnkd.in/g4p5CSWY #RemoteMetrology #OffshoreInnovation #SubseaTechnology #DigitalOffshore #INS #Starlink #CPINS

Case Study Spotlight: Shell Nigeria Highlights Zupt INS Technology at ADIPEC 2025. We’re proud to share that Shell Nigeria Exploration & Production Company (SNEPCo) featured Zupt’s Inertial Navigation System (INS) in their case study presented at ADIPEC 2025 (SPE-229791-MS). The paper, “Slot Doubler Pile Installation: A Novel Approach Without LBL Positioning,” describes Shell’s successful subsea pile installation in the Bonga Field using Zupt’s ROV-mounted INS instead of the traditional Long Baseline (LBL) acoustic system. Key results: 🟧 Horizontal deviation of 0.36 m, within tight deepwater tolerances 🟧 25% faster execution time compared to LBL operations 🟧 Smaller offshore footprint with improved efficiency and safety This collaboration demonstrates how INS-based subsea positioning can deliver LBL-level accuracy with greater operational simplicity and flexibility. Learn how Zupt’s INS-based positioning system enabled Shell Nigeria to install a suction pile with 0.36 m accuracy and reduced vessel time by 25%, proving INS as a viable alternative to traditional LBL methods: https://lnkd.in/gy3kdqCp #Zupt #SubseaEngineering #OffshoreInnovation #SubseaPositioning #LBL #INS #InertialNavigation