Case Studies & Resources
SubC Camera Comparison Guide
Researching, comparing, and choosing the right underwater imaging subsea camera for your project can feel like a monumental task. We’ve put together a head-to-head comparison of SubC’s cameras to help you understand your options and inform your choice.
How Are Seabed Surveys Captured Without an ROV?
A practical look at when to use towed camera systems for efficient, large-area seabed surveys.
Automating High-Resolution Imaging at Full Hadal Depth
A practical look at how the Rayfin Trench automates full-ocean-depth imaging using no-code scripts, smart triggers, and power-saving workflows.
Remote Subsea Operations Are a System, Not a Feature
In this article, you’ll learn what actually makes a subsea inspection or survey remote-ready, and why system design matters more than any single piece of technology.
How to Upgrade Legacy ROVs for Modern Digital Imaging
Learn how to upgrade legacy and analog ROVs for modern digital imaging. Compare replacement, fiber retrofits, and low-disruption options that improve video quality without major system changes.
Case Study: How Vriezoo Achieved HD & 4K Imaging on Legacy ROVs with the Rayfin Uplink
Vriezoo used the Rayfin Uplink to achieve real-time 4K imaging on non-fiber ROV systems. See how the upgrade improved inspection quality and workflow.
Understanding Metadata in Subsea Imaging
Metadata transforms underwater imaging from raw visuals into reliable, traceable data. Learn how subsea cameras like Rayfin embed time, depth, and location details to improve inspection accuracy, analysis, and long-term data integrity.
Case Study: Powering Norway’s Deep-Sea Research ROV with SubC’s DVR+ Overlay
See how NORMAR’s Ægir 6000 remotely operated vehicle (ROV) at the University of Bergen used SubC Imaging’s DVR+ Overlay to record transects, create mosaics and 3D models, and enable real-time collaboration during deep-sea research in the Norwegian-Greenland Sea.
Top 5 Factors That Affect Real-Time Streaming Latency Underwater
Find out about 5 factors that impact low-latency subsea video streaming for offshore inspections and remote ROV piloting.
Underwater Video Settings: How to Configure Frame Rate, Bitrate, and Resolution
Learn how to optimize underwater video settings for quality and efficiency. Get expert tips on configuring frame rate, bitrate, and resolution for subsea footage.
Choosing the Right Underwater Laser for Inspection and Survey
Learn what to consider when selecting an underwater laser for imaging and inspection, from laser types to deployment conditions and platform compatibility.
Why Storage Flexibility is the New Standard for Marine Research
Underwater camera storage flexibility is becoming a standard in marine research, helping teams adapt to changing missions and conditions. Learn more.
How a User-Friendly DVR Interface Simplifies Crew Training
A user-friendly DVR system can speed up crew training, reduce errors, and minimize downtime. Learn what to look for and how SubC makes it easier.
How to Extend Underwater Camera Battery Life For Long-Term Monitoring
An inside look at how battery-saving tech in subsea camera systems allows for longer, more efficient monitoring missions.
How Offshore Teams Are Speeding Up Inspections in 2025
Offshore inspection season is here, and teams are under pressure to capture reliable data fast. See how they’re speeding up workflows and getting better results in 2025.
How to Use a Visual Script Builder to Automate Underwater Data Capture
Learn how to use the SubC Visual Script Builder to automate underwater imaging. This no-code tool simplifies scripting for image capture, lighting control, and data management on all SubC Imaging Rayfin cameras.
SubC Tech Talk: From Timelapse Programming to Power Management – Solving the Biggest Challenges in Underwater Monitoring
Discover the latest advancements in autonomous underwater monitoring. Learn how to simplify timelapse programming, tackle biofouling, optimize power usage, and streamline data workflows for reliable, high-quality data collection in battery-powered deployments.
Profiles in New Technology: How a Set-and-Forget Underwater Camera is Changing the Game
An in-depth look at the Autonomous Timelapse System, a fully automated underwater imaging camera with scripting, hibernation mode, and seamless data management for long-term data collection.
Case Study: New Tech Powers 18 Months of Unmanned Deep-Sea Monitoring
This case study explores how the University of Western Australia used SubC Imaging’s Autonomous Timelapse System for 18-month monitoring, capturing high-resolution timelapse data at depths over 5000m to reveal new insights into marine ecosystems
The Role of Time-lapse Technology in Environmental Monitoring
Learn how timelapse technology improves environmental monitoring by capturing long-term changes in ecosystems, biodiversity, and climate.