blackmaps geospatial’s Post

You may have noticed neXat making more of a splash in the maritime market lately… we’ve been expanding our presence to meet the growing demand for seamless connectivity at sea and in response to challenges faced by connectivity providers by: 🛰️ Introduced neXLink, an innovative SD-WAN satellite capacity aggregating solution that ensures uninterrupted connectivity even in the most remote global locations 🌊 Launching our dedicated Maritime unit, which includes an installation offering 🚢 Partnered with SEAFAR to bridge the gap between terrestrial and satellite networks, enhancing connectivity for ships at sea and enabling enhanced remote monitoring and control for unmanned vessels. Read what Janis Bargsten, CCO at SEAFAR, had to say about collaborating with neXat ⬇️

It's amazing how technology advancements, especially in the subsea robotics domain, and innovation, a culture we constantly pursue in BM, meet for promoting cost-efficient solutions in projects that would normally require substantial budgets to be completed successfully a few years back. This is a typical example that demonstrates the case. We have been in the underwater photogrammetry business for some time now, typically relying on larger ROVs with advanced photogrammetric cameras and equipment payload for such projects, but we are now investigating the potential of our smaller ROVs, which however incorporate the latest subsea technology at a smaller form factor and at a reduced budget, to deliver high-quality 3D modelling results for our clients. This is a photogrammetric model of a Piper (type PA-28-181 Warrior II) aircraft found sunken off the Greek Island of Makronisos. We have utilized our Chasing M2 Pro Max ROV to acquire the raw photogrammetric material (UHD images) needed for the construction of the 3D model of this aircraft wreck. The utilization of the raw material acquired by the ROV camera for the construction of a detailed, properly scaled and aligned, 3D model, constituting the core of a successful underwater photogrammetry processing method, is a different very interesting and technically hot but also very debatable, especially in recent years, subject (which software tools to use, which processing methods, and so on). We have left this part out of this post discussion. Some tech details about this project: We have utilized the Chasing M2 Pro Max ROV for a 4K video inspection of the photogrammetry subject (aircraft wreck). The video inspection lasted 1hour and 4 minutes. A total number of approx. 11,000 UHD frames (8 MP analysis photographs) extracted from the video, at a rate of 3 frames per second, with the use of dedicated video processing software. Out of these frames, 5,000 were carefully selected based on clarity and image quality, ensuring a 60% overlap on average. Sufficient image overlapping is crucial in almost all photogrammetric projects. Model specifics: sparse point cloud comprising of 1.6 mil tie points, dense point cloud 50 mil points, mesh with 16 mil faces. Scaling was performed with coded targets deployed around the wreck position and lens calibration at inspection depth was performed by utilization of a proprietary calibration plate. Model measured to have a cm accuracy. Hope you will enjoy the result by watching this short video ……………………

🌍 Join us for an exciting event focused on the forefront of Robotics and Formal Methods! If you're a student, researcher, or industry professional passionate about innovation and technology, don't miss the chance to connect, learn, and contribute at the Research on Modeling and Evaluation (ROME) Symposium! ✅ Ready to be part of this journey? Visit the link for more details on how to register. Let's connect the dots between formal methods and the real-world challenges of robotics—see you there! #formalmethods #safety #robotics

EUREKA Project | EUROPEAN KEY SOLUTIONS FOR VERTIPORTS AND UAM 👉 Our new project landing page with all important information about the EUREKA project is online: 🌐 https://lnkd.in/eCKZZunq ℹ️ In EUREKA, four solutions are being pursued that together will cover the entire arrival, departure and turnaround process of vertiports. These include the design of the arrival and departure of a vertiport, including the route and trajectory, as well as the management of disruptions and emergencies. The aim is to develop a template that EU Member States can use to integrate #UAM procedures into their national legislation. 💡 We are taking on the role of one of the USSPs in the project, providing not only the UTM system, but also airspace sensor hardware and extensive expertise and experience in U-Space and operational deployments. #EUREKA #UrbanAirMobility #Vertiports EUROCONTROL

Navigating the future: safety first!" is the World Maritime Day theme 2024 Research, development and innovation are crucial to increase safety in the WaterborneTP sector, in many aspects. Projects like the OVERHEAT project, OCEAN Navigation Awareness and SafeNav, funded by Horizon Europe, are crucial in the journey to zero-pollution and zero-loss of life at sea. These projects develop state-of-the art technologies to: - improve real-time decision making, - aid with collision avoidance, - enhance safer navigation, and - enhance operator awareness in navigation and digital fire management solutions for containerships #HorizonEU, #EUPartnerships

"Navigating the future: safety first!" is the World Maritime Day theme 2024 Research, development and innovation are crucial to increase safety in the WaterborneTP sector, in many aspects. Projects like the OVERHEAT project, OCEAN Navigation Awareness and SafeNav, funded by Horizon Europe, are crucial in the journey to zero-pollution and zero-loss of life at sea. These projects develop state-of-the art technologies to: - improve real-time decision making, - aid with collision avoidance, - enhance safer navigation, and - enhance operator awareness in navigation and digital fire management solutions for containerships #HorizonEU, #EUPartnerships

Navtech Radar's marine team: Rachael O’Connor and Ann-Marie Abong’o, are attending #Posidonia2024 and looking forward to discussing how our high-resolution 77GHz radars can enhance safety and efficiency of port operations by offering: 💡 High update rate for real-time monitoring of fast moving vessels 💡High-resolution detection of small obstacles such as leisure craft, wooden boats and buoys 💡All-weather robust operation unaffected by fog, lighting or rain If you are looking to enhance your port operation, using #VesselTrafficServices, catch up with Rachael or Ann Marie to explore how Navtech Radar can enhance your current solution. #Posidonia2024 #MaritimeIndustry #MaritimeInnovation #Shipping #SafetyIsEverything

Q: What do miniature ponies, puffins and fully-licensed vertical launch spaceports have in common? A: Courtesy of SaxaVord, you can now find all of them in Shetland! Find out more about SaxaVord's regulatory journey, the terms of its licence and what this means for the UK's fledging launch industry below 🚀 #space #spacelaw #launch #satellites

The Automatic Identification System (AIS) is a cornerstone of contemporary maritime navigation technology. Here's how Marico leverages #AIS to enhance safety in #Ports, #Coastal areas, and #Offshore regions: 💡 By analysing AIS data, we can make informed decisions to suggest: 🚢 Optimal routes and enhanced operational efficiency. 🛑 Identification of congestion areas that could increase the risk of collisions. ⚓ Assessment of the impact new structures would have on commercial and non-commercial vessels and routes. 🔧 Monitoring necessary navigational changes due to in-port works. Discover the transformative impact of AIS with Marico. Contact us at officeUK@Maricogroup.com for more information. Follow our page and hit the bell icon for the latest updates on navigational safety. #Marico #AIS #MarineSafety #SustainableNavigation #MaritimeTech

🛩️ Dive into the future of aerial operations with our upcoming ANRA Huddle! 📖 Common Operational Picture (COP) for critical infrastructure inspections and security. 📅 Date: May 1, 2024 🕒 Time: 10am EST / 3pm BST / 4pm CET In this webinar, we'll explore the critical concept of a Common Operating Picture (COP) and its profound impact on aerial operations. A COP ensures all stakeholders have a shared understanding of the current situation, crucial for securing assets and ensuring safety. Key Highlights: 1️⃣ How a COP enhances shared awareness and prevents misunderstandings. 2️⃣ The role of a COP in reducing the risk of accidents and improving overall safety during aerial operations. 3️⃣ Leveraging a COP for making well-informed decisions, optimizing flight routes, and adapting strategies to changing circumstances. Our expert speakers will delve into these topics, providing invaluable insights and practical strategies for implementing a COP effectively in your operations. Plus, seize the opportunity to ask your burning questions during our live Q&A session! This webinar is a must-attend, secure your spot now by registering at https://lnkd.in/ewJdmmZp Amit Ganjoo | Brent Klavon | Ajay Modha | Nathaniel Robie, MBA | Miriam McNabb | Peter Kalaitzidis | Charles Werner | Thomas Adams | luc ANTOON | New York Power Authority | DRONERESPONDERS | High Point Aerotechnologies | skeyes | DroneLife.com Global UTM Association (GUTMA) #ANRAHuddle #AerialOperations #COP #InfrastructureSecurity #SafetyFirst #webinars