Strategic partnership with the Bioeconomy Science Institute of New Zealand
Seaweave is proud to partner with the Bioeconomy Science Institute (BSI) of New Zealand, formerly Plant & Food Research, to advance AI imaging and monitoring technologies for aquaculture in Aotearoa New Zealand and worldwide. Together we combine nearly a decade of world‑leading research in AI fish imaging and underwater monitoring with rugged, field‑proven camera and sensor platforms from the SnapCore Group. This alignment of science and technology turns complex biological and environmental signals into decision‑ready insights for producers.
BSI + Seaweave | Science and Technology working as one!
For Seaweave, this agreement is about moving proven AI methods out of the lab and into everyday farm and processing operations. By integrating BSI’s advanced computer vision and modelling work with our edge AI cameras, GPS and RFID tracking and FLOW cloud platform, we can help farmers monitor growth, welfare and environmental risk in real time, strengthen traceability and support more efficient, lower impact production. Working alongside BSI, iwi and industry partners, we aim to co design digital tools that serve both commercial performance and kaitiakitanga, and that can scale from New Zealand to aquaculture regions around the world. Learn more here.
BSI develops new wild‑catch and aquaculture technologies so the world can enjoy more seafood while protecting marine ecosystems. Seaweave draws on BSI’s deep understanding of fish biology, behaviour and welfare to co‑develop wild‑capture and aquaculture systems that reduce environmental impact and improve the quality and value of every harvest, including technologies suited to exposed open‑ocean environments. Through this partnership, BSI breeds fish with improved production and quality traits and pioneers fish‑centric harvesting methods, while Seaweave integrates these insights into AI‑enabled imaging, monitoring and decision tools for farmers and fishers. Together we are helping seafood producers move to more sustainable, data‑driven production systems that can thrive long‑term in a changing climate. Learn more here.
By pairing AI with biology at scale, Seaweave and the Bioeconomy Science Institute are helping New Zealand move towards its goal of a $3 billion, climate‑resilient aquaculture sector by 2035, while opening new opportunities for sustainable seafood production globally.
By combining Seaweave’s machine vision platforms with BSI’s BioID and fish behaviour science, processors gain reliable in‑line tools for high‑throughput counting, species and grade identification, and quality assessment from factory floor to export lane. This creates richer traceability, more accurate inventory and yield data, and the ability to optimise processing flows in near real time without slowing the line.
This partnership is designed to translate trusted New Zealand science into practical tools on farms, accelerating the adoption of precision aquaculture and digital twins across finfish and shellfish operations.
Seaweave holds exclusive commercial licensing and science services arrangements with the Bioeconomy Science Institute, enabling us to embed advanced fish identification, growth and health assessment algorithms directly into our systems.
The same partnership is extending to wild capture fisheries, where AI‑enabled cameras and sensors can support marine mammal detection, underwater species identification and factory‑at‑sea monitoring to reduce bycatch and strengthen compliance. Integrated with vessel and factory systems, these tools help skippers and regulators focus on the moments that matter, improving safety, sustainability and reporting while lowering the cost of observation.
Through the partnership between the Bioeconomy Science Institute and Seaweave, customers gain richer, continuous data on stock, product and environmental performance, supporting smarter day‑to‑day decisions, more accurate forecasts and earlier detection of operational or welfare issues. By connecting these insights into Seaweave’s information systems, organisations across farming, processing and wider marine operations can improve profitability, resilience and environmental stewardship without needing to overhaul existing infrastructure.