OctaPulse

Fish farms and seafood processing plants currently lack precise, scalable ways to measure fish size, weight and physical traits, which limits selective breeding programs that need phenotypic, genetic and environmental data combined. Processing plants still rely on manual fish handling. At a larger scale, arable land per person is projected to decline 55% by 2050, over a third of global fish stocks are already overfished, and the world will need 70% more food by mid-century, meaning wild fisheries and land-based livestock cannot meet future protein demand alone.

OctaPulse offers a data and robotics layer for seafood production spanning hatchery to processing line. Its Phenotyping product measures every fish from a photo and links the data to its family for selective breeding. Its Digital Twin product places cameras on production lines and maps them live onto a facility's floor plan for monitoring. A third product, Plant Robotics, is in the pilot stage and applies robotic systems to automated fish handling in processing plants. The company also sells data collected through this work to robotics and AI labs as a separate offering.

The page argues aquaculture must scale because arable land is shrinking, wild fisheries are overfished or at capacity, and fish convert feed to protein 4-6x more efficiently than beef, making farmed fish central to meeting rising global food demand.