The vast expanse of the Earth’s oceans remains one of the greatest mysteries on the planet, with over 80% still unexplored. SubC Imaging, a pioneer in underwater video solutions, is transforming how humans interact with this uncharted frontier. Read more >>
By combining cutting-edge cameras, subsea lighting, lasers, and advanced software, the company delivers real-time video streaming that redefines remote underwater operations.
Adam Rowe, Vice President of Software at SubC Imaging, commented, “Our team at SubC Imaging is very experienced with ocean exploration tools and we know that there are better ways to collect ocean data. That is why we are always improving, always asking what can be better. We don’t accept the status quo.
“We design and build tools for our users, we seek out feedback and adjust. SubC Imaging is driving change in underwater video technology. We are delivering exactly what clients want; easy to use tools that deliver great data.”
SubC Imaging’s innovations empower industries to collect, analyze, and utilize underwater data in real time. This capability is a game-changer for remote missions, allowing users to address challenges on the spot while ensuring safety, efficiency, and cost-effectiveness.
The Evolution of Underwater Video Technology
Since the first subsea video deployments in the 1940s, underwater imaging has provided valuable insights across ocean industries.
Today, it is a cornerstone of research initiatives such as the European Union’s Marine Strategic Framework Directive (MSFD). However, many systems still rely on outdated methods, limiting the quality and immediacy of the data collected.
SubC Imaging has been at the forefront of addressing these shortcomings for over a decade, developing high-quality imaging systems tailored to modern demands. Their advanced deep-sea cameras and real-time software provide comprehensive, reliable data that meets the needs of researchers, engineers, and marine operators alike.
The Case for Real-Time Streaming
Despite advancements in hardware, traditional subsea operations often depend on fully crewed vessels to deploy and manage equipment. This approach is costly, resource-intensive, and less effective when compared to autonomous alternatives.
Real-time streaming is reshaping this paradigm by enabling immediate data delivery from autonomous surface vessels (ASVs) and remotely operated vehicles (ROVs). This shift not only reduces deployment costs but also enhances decision-making.
Issues such as equipment damage, environmental impacts, and improper installations can now be identified and addressed in real time, minimizing potential losses and improving outcomes.
SubC Imaging’s Real-Time Streaming software exemplifies this shift. Designed with user feedback at its core, the platform offers HD video streaming to multiple destinations simultaneously. With adjustable bandwidth, it operates over various connection types, from high-speed satellite links to low-bandwidth networks, ensuring accessibility from anywhere in the world.
Proven Impact in the Field
Scott Doucet, Fugro Remote Operations Centre Supervisor for the Americas region, commented, “While we were confident in the solution, the vessel personnel displayed hesitancy and said it would never work; we proved them wrong. The video streaming worked great! We were able to provide the divers both audio and video streaming through the Sub-C software solution.
“This allowed the archaeologists and client, that were both on the beach, as well as the dive superintendent who was offshore, to see and hear the diver’s feed. Additionally, it allowed them to enter an audio presentation that enabled real-time discussions of the operations via a very efficient process.”
The software’s intuitive setup and reliable performance have made it a critical tool for remote operations, facilitating seamless collaboration between teams located in disparate locations.
Empowering the Future of Remote Ocean Operations
Real-Time Streaming technology enables teams to access live video feeds for immediate decision-making, significantly reducing environmental impact and enhancing crew safety. By integrating with autonomous vehicles, the solution supports more sustainable operations while lowering costs.
Uncrewed systems equipped with SubC Imaging technology offer clear advantages:
- Cost Efficiency: Reduced reliance on large, crewed vessels allows significant budget savings, freeing resources for additional projects.
- Improved Safety: Remote operations minimize the risk to personnel while maintaining operational efficiency.
- Environmental Stewardship: Autonomous deployments are less invasive, using less fuel and lowering the ecological footprint of missions.
Applications Across Industries
SubC Imaging’s solutions are transforming industries reliant on underwater data. From aquaculture to oil and gas, their Real-Time Streaming software supports diverse applications:
- Marine Renewable Energy: Monitor turbines and other infrastructure with live data for proactive maintenance.
- Ocean Science: Conduct real-time observations and data collection to enhance understanding of marine ecosystems.
- Oil and Gas: Perform pipeline and infrastructure inspections remotely, ensuring compliance and safety.
Overcoming Challenges in Remote Operations
As the ocean industries shift toward greater automation, real-time data delivery addresses the challenges of traditional deployments. However, success depends on robust cybersecurity measures, adherence to regulations, and proper training.
- Cybersecurity: SubC Imaging’s systems incorporate AES encryption and secure logins, ensuring data integrity and privacy.
- Regulatory Compliance: The software aligns with international standards, supporting ethical and lawful operations.
- Training: SubC Imaging provides hands-on support to ensure seamless integration into existing workflows.
The demand for real-time data is growing, driven by the increasing adoption of autonomous and remote systems. SubC Imaging’s Real-Time Streaming software represents the forefront of this evolution, delivering high-quality video data in even the most challenging conditions.
By enabling collaborative decision-making and reducing operational costs, SubC Imaging is not just meeting the needs of today’s industries but setting the standard for the future of ocean exploration.
Read the original article, or visit the SubC Imaging website to find out more.
