Robotics/unmanned systems
The USV Challenger will be remotely controlled from shore and will be equipped with multiple autonomous features.
Terra Drone will support Aramco's operations and Saudi Arabia's technological and economic progress.
A robotic arm, camera system, and virtual reality helped EniProgetti and University of Naples researchers overcome the major challenges of direct-contact nondestructive testing using a drone.
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iHawk, Cyberhawk’s cloud-based asset visualization software, will become Shell’s next-generation visualization software platform for all onshore, offshore, and subsea assets, as well as all global construction projects. -
The contract continues the two companies’ 8-year working relationship; in 2012, they performed the world’s-first underdeck inspection.
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A recent test proved the feasibility of using LiDAR on remote-controlled drones to create 3D maps of the inside of tanks, increasing the safety and efficiency of inspections.
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The aerospace giant is launching a new business unit to cash in on the autonomous aviation market. It will act as a systems integrator for all Honeywell products and services that could be used in this industry.
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The Offshore Technology Conference was cancelled for the first time ever due to the COVID-19 pandemic. But the flow of ideas continues. As proof, this curated summary of technical papers highlights unique concepts that might someday reduce the offshore sector’s heavy cost burdens.
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The testing, inspection, and certification company is reporting a 900% rise in demand for the remote inspection of offshore assets and equipment since the outbreak of the COVID-19 pandemic.
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The A-frame is DNV certified. TechnipFMC’s ROVs will deploy in GoM later this year.
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Rapid development of more-accurate simulator engines has given researchers the opportunity to generate sufficient data to train robotic policies for real-world deployment. However, moving from simulation to reality remains one of the greatest challenges of modern robotics.
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Gecko Robotics is providing the energy industry with artificial-intelligence-enabled robots to inspect infrastructure and supply massive amounts of data to help predict failures before they occur.
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Researchers with the National Center for Airborne Laser Mapping at the University of Houston are creating a set of algorithms that would allow users to more-precisely align data sets collected at different times and reliably estimate changes between images captured at different times.
