In this webinar you’ll learn the essential technologies being developed to support the shift to remote operations for ocean sciences, offshore energy, and other maritime industries. In partnership with Scripps Institution of Oceanography.

Accessories such as subsea lights and lasers are great considerations when looking to enhance your marine research. Each has its own capabilities to complement your current setup and object detection to help elevate your results. Plus, they are easily attached to subsea cameras for marine observation.

Learn about the developments in subsea imaging and subsea optics technology that are driving growth in ocean discovery, inspection, and conservation.

NMEA data loggers are used to record oceanographic data from subsea cameras. They provide real-time information about the environment around the camera. This is important because access to the right data can make all the difference for oceanographers, marine scientists, and other offshore professionals.

Underwater lasers play an important role in subsea imaging. They are just one of the many important tools used for ROV surveys, 3D modeling, pipeline inspection, and marine research.

When acquiring subsea equipment for your marine research, offshore energy, ROV survey, or other subsea project, deciding whether to rent or buy is often top of mind.

In this webinar from Scripps Institute of Oceanography, Chad Collett, Founder & CEO of SubC Imaging reviews some of the fundamentals of underwater photography, with the goal of helping you be more prepared to make that next big discovery and collect high-quality survey data.

Real-Time Streaming is SubC Imaging’s cloud-based software solution for remote offshore inspections. This offshore inspection software allows you to conveniently view and present live streamed video, audio, and data directly from your assets to your offices and operational teams or clients where you can make timely decisions based on relevant data, no matter the location.

You might have heard of Real-Time Streaming, but what exactly is it and why should those in the offshore energy, marine science, aquaculture, and other ocean tech industries be using it?

We’ve compiled a list of facts and answered some of our most frequently asked questions to help you learn more about the Tow Camera System and how it can be the right solution for your project.

Learn more about LiquidOptics, the water-corrected, Ivanoff-inspired lens technology developed by SubC, and why it can make all the difference to your underwater images and video.

There are several factors to consider when choosing a deep-sea camera no matter the industry. To help you make an informed decision, we’ve compiled a list of our top 5 tips of what to look for when selecting the best camera for your needs.

As experts in subsea imaging, we have a few tips to help you understand underwater lighting and how to pick the option that is right for you.