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Seaweave provides applied AI development focused on real‑world seafood and marine challenges, not lab demos. Our systems are designed to survive marine environments, plug into existing operations and deliver insights that operators can actually use at the cage, on deck and in the plant.
Working with the New Zealand Institute for Bioeconomy Science (BSI), we package nearly a decade of aquaculture & morphology imaging research into deployable AI tools for farms, fisheries and processors. This partnership combines long‑term science investment in fish growth, health and behaviour with ruggedised hardware, edge processing and cloud software proven in commercial settings.
We design, train and maintain custom models, from morphometrics and condition scoring to behaviour metrics, so customers do not need in‑house AI specialists. Models are validated on real production footage, continuously improved as new data comes in, and delivered through dashboards, APIs and alerts that fit into existing workflows.
Our AI does not just look at pixels in isolation, it fuses machine vision with RFID events, GPS tracks and water quality sensor feeds to tell the full operational story. That means we can follow a cohort or harvest from cage or line, onto a vessel and into the factory, using cameras for behaviour and biomass, RFID for identity, and GPS to show where and when things happened.
“The goal is to turn data into information, and information into insight.”
– Carly Fiorina
Above, below and in‑plant
We design AI camera systems for every part of the operation – above the surface, under water and inside the factory. Dual‑view platforms, underwater units with wipers and rugged factory cameras all feed into the same machine vision layer, so you get a joined‑up view instead of three separate systems.
Above the surface, we monitor pens, lines, workboats and traffic around farms, gear damage and weather impacts. Below the surface, our marine‑grade cameras track growth, behaviour and infrastructure 24/7 without sending a diver or boat every time something looks off. In the plant, we can watch key stages such as grading, packing and loading, linking camera events with RFID and GPS data to create a continuous record from water to factory gate.
Marine mammals and protected species monitoring
We also use the same AI camera and sensor stack to monitor protected species around farms and fishing activity. Above and below the surface, our systems can detect and classify seals, dolphins and other marine wildlife, log when and where they appear, and link those events to GPS tracks and fishing or farm operations.
This helps operators demonstrate compliance with bycatch and marine mammal regulations, test new mitigation measures and spot emerging patterns early – without relying solely on human observers or ad‑hoc notes.
The result is not a generic AI platform, but a practical machine intelligence layer tuned to your species, sites, vessels and tags, so your team can see what matters, trust what the system is telling them, and act in time to make a difference.
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