Enhance your marine research by understanding depth of field in subsea photography. This article provides insights to master this essential skill that will improve the quality of underwater images and findings.

Discover how Fugro and SubC Imaging achieved a groundbreaking milestone by conducting the world's first fully remote inspection of offshore wind farm assets. Learn how innovative technology, low-latency streaming, and distributed accessibility are reshaping the offshore wind industry, enhancing safety, reducing carbon emissions, and expanding its global reach.

Explore how subsea remote operations revolutionize offshore industries by enhancing safety and drastically reducing costs. Learn how technology and robotics redefine subsea exploration, inspection, and maintenance while mitigating risks and promoting efficiency

Learn about the technology behind the historic mission to capture elusive footage of the colossal squid - the world's largest invertebrate - in its natural habitat.

Subsea imaging has been in practice for over 150 years. Since the early days of underwater image capture, the technology has greatly improved, allowing for researchers and scientists to collect video and image data from even the deepest parts of the ocean.

Explore how ocean observatories shape Marine Protected Areas (MPAs) for marine science and conservation, including Canada's Tang.ɢwan-ḥačxʷiqak-Tsig̱is MPA.

Explore the vital role of subsea imaging in marine conservation. Learn how cutting-edge technology documents biodiversity and raises awareness about pressing threats, driving efforts to protect our oceans for the future.

Uncover the potential of red and blue subsea lights in marine science and offshore energy. From enhancing visibility to enabling non-intrusive studies and efficient leak detection, these innovative lighting solutions are revolutionizing the underwater world.

Discover the power of cloud delivery networks (CDNs) and edge architecture in subsea imaging. Enhance content delivery, real-time processing, and reliability. Uncover the advantages of CDNs for global accessibility and edge architecture for immediate analysis. Read now.

Explore the groundbreaking results from the Holyrood Subsea Observatory, where the Rayfin Observatory Camera captured mesmerizing time-lapse imagery of sub-Arctic fjord ecosystems.

Discover the advantages of renting subsea imaging equipment from SubC Imaging. Explore cost-effectiveness, advanced technology, available equipment, and seamless rental process.

Discover the top 9 reasons why incorporating subsea DVR systems into marine and offshore surveys is crucial. From efficient data storage and enhanced documentation to reliable recording in subsea environments, subsea DVRs revolutionize visual data capture and analysis.

Explore the ways in which subsea offshore surveys can contribute to sustainable fisheries management.

Learn about the remarkable capabilities of autonomous and programmable subsea camera systems and how they are reshaping the field of oceanography.

Get the details on cabled ocean observatories, including their purpose, usage, and the types of camera systems employed. Also, we share how ocean observatory camera systems and cabled observatories support long-term studies and ocean monitoring, and present case studies that demonstrate their effectiveness.

Delve into the differences between HD and 4K subsea cameras and how to choose the right one for your application.

Learn how remote operations technology is helping the offshore energy industry reduce its carbon footprint and operate more sustainably.

In this article, we provide you with tips on how to conduct a successful subsea video survey and highlight some of the main equipment needed.

Discover the importance of having reliable underwater low-light environment capabilities in a subsea camera. Plus what makes a subsea camera good in low-light. Learn more!

This article provides insights on subsea digital video recorders (DVRs) with overlay capabilities. We cover what they are, how they work, and their significance in fields such as oceanography, marine biology, geology, and underwater engineering. Additionally, we discuss the importance of overlays in providing context and insights into the underwater world.