
TL;DR: We're building robotics and computer vision for fish farming. Automated grading, phenotyping, and breeding optimization. 6-figure annual contract with North America's largest trout producer. Looking for intros to delta robot manufacturers and aquaculture connections.
We're building AI-powered computer vision and robotics for aquaculture. Automated fish grading, phenotyping for breeding programs, and health monitoring.
Why it matters: Aquaculture is a $350 billion industry, the fastest-growing protein sector on Earth, and it needs to grow 30%+ by 2030 to meet global seafood demand. But most farms still grade and sort fish by hand. It's slow, stressful for the animals, and limited to tiny sample sizes. You can't optimize breeding, feeding, or harvest timing without accurate data, and right now, most farms don't have it.
Where we are: We're deployed with Riverence, North America's largest trout producer, on a 6-figure annual contract. Model accuracy is at 95%+, and we've cut inspection time from 5 minutes to under 30 seconds per fish. We're now integrating delta robotics for automated sorting.
Team: Paul leads commercial and partnerships as a Future Leader in the National Fisheries Institute and Coalition for Sustainable Aquaculture. Rohan leads engineering, with robotics and AI experience from CMU, ASML, Toyota, Tesla, and NVIDIA.
Asks:
Happy to connect with anyone in computer vision, AgTech, robotics, or climate tech. The farms that adopt automation first will define this industry for the next 50 years.
Let's chat. 🐟
https://youtu.be/yuIUlyIgi4E