beadedstream’s Post

Exploring the depths of the oceans has always been a captivating endeavor, with countless mysteries waiting to be unraveled. Today, we shed light on the invaluable role played by underwater Remotely Operated Vehicles (ROVs) in this pursuit. These sophisticated machines, equipped with high-resolution cameras and advanced sensors, allow us to survey the underwater world with unparalleled precision and safety. From conducting crucial scientific research to inspecting offshore structures and pipelines, ROVs serve as indispensable tools for a wide range of industries. Let us embrace the wonders of technology and appreciate the remarkable usefulness of underwater ROVs in uncovering the secrets hidden beneath the waves. 💡 Unlocking the Underwater Realm: The usefulness of ROVs extends far beyond our imagination. By harnessing their capabilities, we can unlock a wealth of knowledge about our oceans, foster sustainable practices, and make groundbreaking advancements in various industries. #UnderwaterExploration #ROV #OceanicWonders #Innovation #DiscoverTheDeep

#AI and #digitaltechnology are pivotal in advancing #sustainability by providing innovative solutions and powerful tools to address environmental challenges and promote sustainability across various domains. By leveraging these innovations @EdgeLab, we create a more resilient and sustainable future for our planet. Here are some ways in which our AUVs contribute to sustainable development: 📣 Climate Modeling and Prediction: AUVs empowered with AI can process vast amounts of climate data to generate more accurate models and predictions. This helps scientists and policymakers make informed decisions to mitigate and adapt to climate change. 📣Conservation and Biodiversity Monitoring: AUVs equipped with a side scan sonar, high resolution camera, and with AI-powered image recognition and data analysis can assist in monitoring and protecting endangered species. This technology aids in conservation efforts by identifying threats, tracking populations, and managing ecosystems more effectively.

The floating LiDAR system, BA-FLS-NX5, manufactured by Blue Aspirations, has gone through extreme conditions and has eventually been deployed over 45 offshore wind measurements successfully so far. It contains 10 projects that were deployed in the first quarter of 2024. The system availability of all projects has exceeded 98%, and the mean data availability is over 97%. https://lnkd.in/gxQjccyM #offshorewind, #windenergy, #floatinglidarsystem, #renewableenergy

🌊 🤖 Oceans cover over 70% of our planet's surface.🤖🌊 But we know about them less than we know about the Moon. Their depths, reaching more than 11 kilometers, are hard for scientists to study and full of secrets. but ROBOTS are helping us make progress! An Australian Hydrus, might be not able to hit Mariana Trench bottom, But for sure makes ocean exploration as easy as flying a consumer drone. Hydrus is a fully autonomous underwater vehicle which is able to: → capture 4K video → Construct detailed 3d photogrammetry model → Go 3000m underneath and 9000 meters far It was first used to map Australia's coral reefs and create 3D models of shipwrecks. Hydrus makes it easier and cheaper to explore deep or dangerous underwater places that divers can't reach. Despite the fact that I could sit in the Jacuzzi for hours, The open ocean has always scared me. I was most afraid of the miles of water below me... However, I am curious about what else we will find in the sea depths. And you ?

Exploring the potential of autonomous mobility aids as a practical alternative to guide dogs for the visually impaired, enhancing mobility and independence. #innovation #autonomousmobility #visuallyimpaired #techinnovation #accessibility #inclusivetechnology #technology #techtalk #futuretech #assistivedevices

I believe that while we have the capability to automate many aspects of our lives, it's crucial to recognize the value of human emotions and physical interactions. In our pursuit of technology, we may unintentionally distance ourselves from genuine human connections. As someone immersed in the tech world, I acknowledge the role we play as 'tech slaves,' but let's strive for a balance and not automate everything. #humanconnections #techbalance

🌊 Deep Dive Revolution: Unleashing the Power of ROVs & USVs in Subsea Exploration 🚀 In the boundless quest to explore the world's oceans, the strategic deployment of Remotely Operated Vehicles (ROVs) and Unmanned Surface Vehicles (USVs) is transforming subsea research. This potent combination amplifies our capability to delve into both the mysterious depths and the dynamic surfaces of the marine realm. Through this innovative approach, we're unlocking unparalleled insights into marine ecosystems, geological wonders, and the critical infrastructure that lies beneath the waves. From the decks of research vessels, ROVs embark on deep-sea voyages to places untouched by sunlight, revealing the secrets of the deep with precision and agility. Meanwhile, USVs skim the ocean's surface, collecting vast swathes of environmental data, and playing a crucial role in mapping and real-time monitoring. Together, these technologies represent a formidable force in marine exploration, merging deep-sea detail with surface-spanning overview to forge a comprehensive understanding of our oceans. If the vast potential of ROVs and USVs in advancing your marine projects sparks your interest, or if you have questions about deploying these technologies in your research or with enquiries, I'm here to dive into the discussion. Reach out at bauke@markoffshore.com, and let's navigate the future of ocean exploration together. #MarkOffshore, #AsiaEnergyVirtualHub, #SubseaExploration #ROV #USV #MarineInnovation

July 23-31, a team of researchers on Research Vessel Pacific Storm off the coast of Oregon will demonstrate their new approach to efficiently and effectively map and characterize methane seeps over wide areas. During this second of two expeditions, the team will use easily deployable and relatively inexpensive autonomous underwater vehicles equipped with imaging sonars and custom sensors to improve our understanding of how methane from these seeps influences life on the seafloor and in the water column as well as its role in the global carbon cycle. Learn more here: https://lnkd.in/efApCGAU [Image: Sidescan sonar imagery from a VT690 autonomous underwater vehicle showing distinct acoustic scattering features, including rising bubble plumes at methane seeps and a school of fish. Image courtesy of Characterizing Variability in Pacific Northwest Methane Seeps Using a Fleet of Small AUVs.] #ocean #exploration #technology #science #methane #PacificNorthwest

The Currency Master Trading Robot https://lnkd.in/dssg6PEK (Click the link- free download demo) "The tradition robot that's making it easier than ever to make money"

Have you ever considered how photos and data are collected from the depths of the ocean? It’s more challenging than most would think. 🌊 📸 The deep sea introduces several hurdles for operators and electronic systems, including variable temperatures, near darkness, and immense, crushing pressures. It’s no wonder why only 24% of the ocean floor has ever been explored! This, however, is set to change with innovative new technologies, such as #Hydrus, an autonomous underwater drone by Advanced Navigation, helping to make high-quality underwater capture data more accessible. Find out how by reading our latest feature in Ocean News & Technology. https://lnkd.in/guUBEFuB