Overcoming Cold, Deep Waters: QYSEA FIFISH ROV Empowers Norwegian Fish Farms

Norway · August 2022

Background & Challenges: A Harsh, Deep-Water Environment

In Norway’s demanding ocean conditions, fish farm operators face the uncertainties of low temperatures and deep water. Tasks like net inspections, fish health assessments, and seabed monitoring can be time-consuming, labor-intensive, and inherently risky. Without real-time, accurate data, it is difficult to manage aquaculture with the level of precision modern operations require. A safer, more efficient solution is urgently needed to address the many challenges that arise in cold, deep-water settings.

QYSEA FIFISH ROV: A Game-Changing Solution

Enter QYSEA’s FIFISH ROV, designed to deliver intelligent aquaculture monitoring and automated facility inspections—even at depths of up to 350 meters. With an AI-driven feature set, dual 4K cameras, high-lumen illumination, and an algorithm that filters out plankton interference, the FIFISH ROV can capture clear images of fish behavior and environmental data in dark, frigid waters. Meanwhile, seabed mapping and precise, stratified water sampling capabilities provide invaluable information for optimizing the marine environment.

By adopting the FIFISH ROV, Norwegian fish farms have slashed routine maintenance tasks—such as net checks and dead fish removal—by more than 40%, allowing staff to focus on other critical duties. The ROV’s precise motion controls minimize diver interventions in hazardous waters, significantly reducing the risk of accidents while boosting overall operational efficiency. When paired with an onshore power supply system (OPSS), it offers even greater sustainability through more eco-friendly energy usage.

A More Efficient, Safer, and Sustainable Future for Aquaculture

The successful application of the FIFISH ROV marks a milestone in achieving sustainable and efficient operations in extreme marine environments. Equipped with advanced AI functions and robust hardware, Norwegian fish farms are charting a path toward a safer, more precise, and more environmentally responsible future in aquaculture.