The startup manufactures autonomous buoyancy systems that utilize a depth control engine, computer sensors, and software to monitor and adjust the depth of aquaculture structures in real time. This technology reduces the labor intensity of repetitive marine operations, enhancing efficiency in the aquaculture industry.

Algaeba provides AI-driven solutions for the aquaculture industry through its SeaThru MOBILE and SeaThru CURRENT platforms, which utilize computer vision and real-time monitoring to enhance the precision of aquatic species counting and feeding. These technologies address inefficiencies in stock management and feeding practices, enabling sustainable growth and productivity for shrimp farmers and aquaculture operations worldwide.

ANB Sensors develops self-calibrating solid-state pH sensors that eliminate the need for manual calibration, significantly reducing operating costs by up to 70%. These sensors are designed for oceanographic and water resource management applications, providing reliable performance without the fragility and maintenance issues associated with traditional glass electrodes.

Aquaconnect is an aquaculture platform that utilizes AI and satellite remote sensing to enhance transparency and efficiency in the seafood value chain. By providing geospatial data and predictive analytics, it enables farmers to optimize input demand and harvest supply, addressing inefficiencies in aquaculture operations.

The startup develops preventive treatments that enhance the natural immunity of fish, utilizing immunostimulants to improve resistance against bacterial pathogens and diseases. This approach replaces antibiotics, leading to higher survival rates and growth in aquaculture while providing cost-effective and sustainable solutions for fish cultivators.

Aviwell develops natural and sustainable microbiota-based feed solutions to improve animal health and growth for the agri-food industry. The company utilizes a proprietary hybrid AI-driven discovery platform to identify these solutions based on gut microbiota insights. This approach aims to enhance animal performance while providing food security at a reduced cost.

The startup develops biotechnological processes that utilize anaerobic and aerobic microbial production hosts for the efficient conversion of carbon dioxide into protein for aquaculture and biopolymer building blocks. This approach provides a sustainable method for producing value-added chemicals, addressing the need for economical solutions in various industries facing carbon emissions challenges.

The startup operates an artificial intelligence-driven platform that monitors water quality by identifying harmful organisms and quantifying algae types in real time. This technology provides clients with critical data to enhance sustainable food production and protect aquatic ecosystems.

Brilliant Planet builds utility‑scale desalination plants that use concentrated solar power to generate high‑pressure steam for reverse osmosis, eliminating the need for grid electricity. The modular design with molten‑salt thermal storage enables continuous, low‑energy water production (<3 kWh/m³) for agriculture, industry, and municipalities in arid regions, monitored via a cloud‑based SCADA platform.

The startup develops nanobubble technology that utilizes engineered nanoparticles to generate gas bubbles with tailored properties for the aquaculture and mining sectors. This technology enhances oxygen levels in aquaculture systems and improves mineral recovery rates in mining operations, leading to increased efficiency and environmental benefits.

DeNova utilizes a fermentation process to convert greenhouse gases into a sustainable protein derived from microbial cultures, which can be used as feed in agriculture and aquaculture. This technology addresses the need for environmentally responsible protein production that requires significantly less land and water compared to traditional farming methods.

Finless Foods utilizes cellular agriculture to produce plant-based and cell-cultured seafood alternatives, starting with bluefin tuna, to address the overfishing and depletion of global fish stocks. Their technology enables the creation of sustainable seafood products that meet consumer demand while promoting ocean conservation.

This company provides underwater monitoring systems that use AI-powered sensors to identify and analyze microscopic organisms in aquatic environments. Their technology detects and monitors zooplankton, including harmful species, enabling businesses to implement preventative solutions for improved ocean health.

GreenSage Prebiotics develops and applies coconut-derived prebiotics specifically for the aquaculture industry, companion animals, and human health. The company aims to enhance health across the food chain while reducing reliance on antibiotics for growth promotion in these sectors.

This company develops proprietary bacteriophage formulations to combat specific bacterial pathogens in aquaculture. Their solution precisely targets harmful bacteria, such as those causing AHPND in shrimp, offering an alternative to traditional antibiotics. This approach supports sustainable aquaculture by safeguarding shrimp health while preserving environmental balance.

Knip is a biotechnology company that produces precision feed ingredients from a naturally occurring microbe found on green leaves, utilizing minimal water and no arable land. This approach provides a sustainable source of single-cell protein for aquaculture, enhancing farm profitability while contributing to food security.

The startup offers a data analytics platform that aggregates real-time information from multiple sources to enhance resource sharing among aquaculture farms. This enables farmers to make timely, cost-effective decisions that improve operational efficiency and productivity in the aquaculture industry.

MarineSitu provides real-time environmental monitoring solutions for the marine energy and hydropower sectors using its Adaptable Monitoring Package, which incorporates machine learning and advanced data management techniques. The company addresses the high costs and complexities of environmental compliance by offering scalable and affordable monitoring technologies.

Minnowtech develops the BRS-1, a sonar-based biomass reader that accurately measures shrimp count and biomass in aquaculture ponds. This technology addresses the challenge of monitoring shrimp populations in turbid water, enabling farmers to optimize feed usage, plan harvests, and detect disease early.

This startup produces plant-based seafood substitutes that replicate the texture, flavor, and nutritional profile of traditional seafood using proprietary formulation techniques. By providing whole-muscle alternatives, the company caters to the growing demand for sustainable and ethical food options while addressing concerns over overfishing and marine ecosystem degradation.

Oceanfarmr provides farm management software specifically designed for oyster, mussel, and seaweed farmers, enabling real-time inventory monitoring and resource management through a user-friendly app and dashboard. The platform addresses the challenges of operational inefficiency and limited access to financing, empowering farmers to optimize productivity and improve cash flow for sustainable ocean farming.

Peptobiotics develops custom recombinant peptides through a patent-pending precision fermentation process to replace traditional livestock antibiotics. This technology addresses the issue of antibiotic resistance in agriculture by promoting animal growth and gut health without contributing to the emergence of drug-resistant pathogens.

The startup operates a supply chain platform that coordinates the cultivation, processing, and logistics of hemp-derived products, utilizing a network of experts and technology to optimize operations. This approach enables industries and farmers to produce decarbonized products while significantly lowering their carbon emissions.

Remora Robotics develops a fully autonomous submarine robot that cleans and inspects fish farming pens while collecting environmental data. This technology addresses biofouling, which negatively impacts fish health and operational efficiency, by enhancing water flow and reducing the need for harmful antifouling treatments.