Manolin helps fish health teams use data insights to make better decisions. Track, measure, and predict outcomes quickly and easily—all in one platform. With the company’s software, aquaculture operators can organize their production information in a central location, access and track their metrics for benchmarking purposes, and leverage their own data to predict disease outbreaks, mortality risks and other anomalies.
KnipBio is a biotechnology company developing responsible and sustainable commercial feed solutions for the aquaculture industry. The company’s game-changing single cell protein combines the attributes of premium, protein-packed fishmeal and carotenoids into a single effective and affordable fishmeal replacement — KnipBio Meal. KnipBio’s goal is to enable the continued growth of the aquaculture industry by offering a premium substitute to fishmeal made from overfished feeder species.
Bonumose is on a mission to democratize nutritious sugar. Founded in 2016, the company pioneered an enzymatic technology that enables the production of affordable, delicious, healthy tagatose. Since then, Bonumose has developed methods for producing more affordable healthy sugars, such as allulose, allose, and mannose, all of which are better for our health and our planet than today’s common sweeteners.
Vulpes Agriculture is a chemical manufacturing company that is working on a number of products to address crop nutrition, plant protection and enable more efficient use of water, nutrients and inputs. For instance, it has developed a new carbon nanomaterial based on the existing fertilizer humic acid which it says can stimulate root and shoot growth as well as attract water and nutrients to the soil, boosting yield by up to 20% on a consistent basis.
Autonomous Pivot is developing an AI platform to help farmers boost crop yield by turning the install base of common center-pivot irrigation systems into an army of autonomous AI farming robots. The company’s platform includes a nitrogen torch that measures nitrogen levels in soil as well as sensors for soil moisture, crop disease and more, all based on deep learning and artificial intelligence that can make autonomous farming decisions.
