Strengthening Our Presence in Norway: Meet Alexia Mouton
Meet Alexia Mouton and the Team Behind BiOceanOr…
As environmental pressures rise, aquaculture faces growing challenges: oxygen depletion, harmful algal blooms, fluctuating feed intake, and increased fish stress.
Making the right decisions at the right time is key, not only for performance, but for long-term sustainability.
By combining biology & AI, BiOceanOr provides a comprehensive suite of digital solutions designed to help aquaculture operators secure data consistency, anticipate environmental risks, and create smart insights to support confident decision-making.
These insights enable farmers to prevent hypoxia, optimize feeding and aeration, and protect animal welfare.
is the level of accuracy our customers can expect from our 12 h-horizon Oxygen forecast on average.
including data scientists, oceanographers, marine biologists, software developers, fish health biologists, all committed to building a high-performance & sustainable aquaculture.
are processed each month.
Real-time sensors, open, satellites, or sampling data are used to optimize fish welfare & performance.
to develop and validate at sea the first service chain combining biology and machine learning specifically qualified for aquaculture.
where our solutions are deployed to support climate-resilient & efficient aquaculture.
We provide AI-powered water quality solutions to help fish farmers tackle critical challenges, from oxygen drops and feed inefficiency to animal stress. These insights enable proactive decisions that help :
Water quality is the foundation of sustainable aquaculture.
It directly impacts fish health, growth performance, and environmental balance.With my team, we combine the power of AI with the precision of human expertise to monitor, predict, and protect this vital resource, helping farmers make smarter, faster decisions every day.
Samuel DUPONT, CEO BiOceanOr
Meet Alexia Mouton and the Team Behind BiOceanOr…
Together, we have deployed PREDIMAR, an advanced oxygen prediction system designed to help anticipate environmental changes before they become critical.
When we talk about water quality in aquaculture, temperature and salinity usually come first.