As global demand for sustainable protein accelerates, the aquaculture industry is entering a new era—one defined by AI-driven insights, precision feeding, and automation. The next Blue Food Innovation Summit 2026, which is set for May 27–28, 2026 in London, will feature these revolutionary changes.
Increasing biological diversity, complicated farming conditions, and growing pressure to produce reliable, high-performing outcomes are challenges facing producers throughout the industry. As a result, AI-enabled feeding systems, imaging tools, and precision nutrition platforms are quickly gaining popularity, allowing farmers to make more organised, predictive decisions.
Leaders in the field, such as Aquaticode, CageEye, Aqua-Spark, ADM, and Mowi, emphasise that AI is already having a quantifiable impact, especially in feeding optimisation and early-stage biological analysis. Technology is assisting producers in making quicker and more precise decisions, from automated feeding systems that interpret fish behaviour in real time to AI phenotyping that enhances cohort predictability.
According to Stian Rognlid, CEO and Co-Founder of Aquaticode, AI is unlocking new levels of insight into fish performance. “AI phenotyping is emerging as a new category… when early biological information becomes actionable, producers can build more predictable cohorts and improve downstream performance.” By identifying traits linked to survival and growth earlier in the production cycle, producers can create more uniform groups and stabilise production outcomes.
Another area where technology is having a significant impact is in feeding automation. According to Ragnhild Dragøy, CEO of CageEye, farmers frequently use inadequate technologies to analyse fish activity. “Near-term opportunities for AI lie in structuring and analysing all available data sources to give a clear, objective picture of what’s happening in the pen.” By integrating signals such as behaviour patterns, oxygen levels, and water conditions, AI systems can support more consistent and informed feeding decisions.
Scaling these technologies necessitates overcoming operational realities, despite increased enthusiasm. Systems must be dependable, simple to incorporate into farm operations, and able to transform massive amounts of data into understandable, practical insights for farmers.
Producers, technology businesses, and feed corporations will need to work together as the sector shifts from traditional observation to predictive farming models. Discussions at the Blue Food Innovation Summit 2026 are anticipated to focus on how these technologies might progress from promising pilot projects to scalable solutions that will influence sustainable aquaculture going forward.
Secure your place today and attend the event as these industry leaders take to the main stage in London on May 27-28.
Register now at :https://bluefoodinnovation.com/book-tickets
