Aquanaut combines autonomy and advanced manipulation to perform inspections, maintenance, and complex tasks on deep-sea platforms.
It was a manned underwater vehicle designed to conduct research and exploration expeditions in the deep sea.
Drone and robot technology makes it possible to inspect offshore oil platforms safely and continuously, reducing operational risks.
Discover how artificial intelligence, SAR, and remote sensing accelerate oil spill detection, reducing environmental impacts.
Integrar sensores, IA y automatización, optimiza procesos críticos en terminales de tanques industriales y mejora la seguridad operativa y ambiental.
Robotic underwater inspection in adverse conditions to carry out equipment repairs is essential when it is very difficult for us to carry them out in inaccessible areas, even more so when they are under water, as in the case, for example, of underwater pipes that supply some by-product oil or crude oil, repairing them has always been a big problem.
Thanks to real-time data transmission, remote inspections have established themselves as a key tool in modern industry.
With Industry 4.0 here and Industry 5.0 on the way, it is clear that manufacturers who want to remain competitive must embrace the latest digital technologies. This is due to the effect of implementing smart technology that allows more to be produced, in less time, with higher quality and, at the same time, reduce costs.
It all started with a novel written by Neil Stephenson called Snow Crash. For Stephenson, the term virtual reality in science fiction was very vain. So he built the acronym Metaverse, “Meta” for beyond and “Verse” for universe.
Remote learning relies on specific categories and platforms that determine its structure and operation at a distance.
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