BiOceanOr and Aquafrais Cannes have launched a strategic partnership to deploy AI-driven oxygen forecasting in Mediterranean fish farms. This proof of concept focuses on improving water quality management, fish welfare, and farm performance for sea bream and sea bass, two species highly sensitive to oxygen fluctuations.

By combining artificial intelligence, oceanography, and fish biology, BiOceanOr delivers predictive insights directly into farm operations. The initiative marks a major step forward in digital aquaculture transformation in Southern Europe.

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Accelerating Smart Aquaculture in the Mediterranean

Located in the South of France, BiOceanOr and Aquafrais Cannes share a common ambition: positioning European players at the forefront of digitalized sustainable aquaculture.

Through this partnership, Aquafrais Cannes integrates BiOceanOr’s AI-based water quality forecasting platform to anticipate environmental changes and optimize daily decision-making. For BiOceanOr, the collaboration offers a strategic opportunity to validate its predictive analytics models for aquaculture in new species and Mediterranean environments.

This regional innovation dynamic — supported by Région Sud, Région Sud Investissement, Pôle Mer Méditerranée and risingSUD strengthens the ecosystem around marine innovation and AI for aquaculture.

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Why Oxygen Forecasting Matters in Sea Bream & Sea Bass Farming

Oxygen is one of the most critical parameters in aquaculture performance.

Species such as sea bream and sea bass are particularly vulnerable to oxygen variability, especially nighttime drops driven by photosynthetic cycles. Research highlighted by BioMar confirms that oxygen fluctuations directly impact:

Feed Conversion Ratio (FCR)
Growth performance
Fish stress levels
Operational efficiency

Without anticipation, oxygen drops can reduce feed efficiency and cause suboptimal growth.

With AI-powered oxygen forecasting, farmers can move from reactive monitoring to proactive management. By predicting hypoxic events before they occur, operators can:

Adjust feeding windows
Reduce fish stress
Protect biomass
Improve growth rates
Optimize sustainability performance

Want to anticipate oxygen drops instead of reacting to alarms?

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BiOceanOr’s Technology: Where AI Meets Oceanography & Fish Biology

BiOceanOr’s smart aquaculture platform combines:

Advanced Artificial Intelligence models
High-resolution oceanographic data
Species-specific fish biology modeling
Site-calibrated environmental parameters

Unlike traditional monitoring systems that only provide real-time data, BiOceanOr enables forecast-based decision-making, delivering actionable insights several days in advance.

Each predictive model is tailored to the hydrodynamics, depth profiles, temperature variability and water quality conditions of the farm. This allows producers to improve operational planning, reduce risks, and enhance fish welfare through data-driven aquaculture management.

Expanding Smart Aquaculture Beyond Salmon

While BiOceanOr has developed strong expertise in salmon aquaculture forecasting, this Mediterranean project marks an important expansion into sea bream and sea bass farming.

By adapting its AI models for different species and ecosystems, BiOceanOr strengthens its position as a leader in:

AI for aquaculture
Oxygen prediction modeling
Water quality forecasting
Sustainable fish farming solutions

This partnership demonstrates that digital transformation in aquaculture is scalable, adaptable, and essential for the future of the industry.

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Driving Sustainable Aquaculture Through Digitalization

For Aquafrais Cannes, this collaboration accelerates digitalization and strengthens operational resilience. For BiOceanOr, it reinforces a clear mission: enabling aquaculture producers worldwide to combine performance, fish welfare, and environmental sustainability.

Smart aquaculture is no longer optional, it is a strategic lever for competitiveness and responsible growth.

Join the smart aquaculture movement with BiOceanOr.

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