Top 50 Fishing And Aquaculture

The startup utilizes advanced aquaculture technology to optimize fish farming through real-time monitoring and automated feeding systems, enhancing growth rates and resource efficiency. This approach addresses the challenges of overfishing and unsustainable practices by increasing yield while minimizing environmental impact.

Blue Planet Ecosystems develops Land-based Automated Recirculating Aquaculture Systems (LARA) that enable rapid establishment of fish production facilities with capacities ranging from 10 to 200 tons per year. This technology addresses overfishing by providing a sustainable method for producing seafood in ecosystems designed to align with natural processes.

The startup operates an open ocean farming platform that utilizes integrated systems for fish tracking, feeding, cultivating, transferring, and harvesting. By enhancing research and development in responsible aquaculture, the company enables clients to sustainably manage and protect fish populations in marine environments.

Cultimar Technologies develops advanced aquaculture solutions to optimize fish farming. Their technology aims to improve yields, reduce environmental impact, and enhance the sustainability of seafood production.

AquaRech is a digital platform that connects fish farmers, feed manufacturers, and buyers, facilitating the sale and distribution of fish and fish feed while providing training for precision aquaculture practices. The platform addresses the challenges of inconsistent income and market access for small and medium-scale fish farming communities in Africa, promoting sustainable production methods and reducing reliance on wild fish.

The startup develops artificial intelligence technology for the aquaculture industry that monitors fish health and optimizes feeding strategies. This approach enables fish farmers to raise healthier fish while minimizing waste and environmental impact, contributing to sustainable food production.

AquaMnara provides data-driven solutions for fish farmers by utilizing real-time water quality monitoring and resource management tools to optimize aquaculture practices. The startup enhances sustainable fish farming for smallholder farmers in Kenya and Africa by ensuring access to essential inputs like fingerlings and feeds, thereby improving food security.

eFishery provides automated feeding solutions for fish and shrimp farming through its eFeeder technology, which optimizes feed conversion ratios and accelerates harvest cycles. The platform also connects aquaculture farmers to financial institutions and facilitates the sale of their produce, addressing the challenges of access to resources and market opportunities in the aquaculture industry.

Aquabyte develops machine learning and IoT camera software to enhance fish welfare and optimize aquaculture operations. By providing real-time insights and data analytics, the platform enables fish farmers to make informed decisions that improve sustainability and productivity in food production.

NatureDots develops AquaNurch, a hard-tech solution that integrates nature-based science with deep technology to enhance the resilience of aquaculture against ecological stressors. This system creates a balanced aquatic ecosystem, enabling sustainable fisheries that increase revenue for aqua farmers while promoting nature-positive growth.

Wanda Fish Technologies utilizes proprietary cell-cultivation techniques to produce high-quality, toxin-free bluefin tuna toro filets, eliminating the need for traditional fishing methods that deplete ocean ecosystems. This approach addresses the urgent demand for sustainable seafood by providing a clean, year-round supply of cultivated fish, free from microplastics and harmful chemicals.

Finnforel cultivates rainbow trout using a land-based Recirculating Aquaculture System (RAS), eliminating environmental pollution from traditional sea farming. By integrating processing and packaging near consumers, they deliver exceptionally fresh trout year-round while minimizing food waste and logistical impact.

UMAMI Bioworks develops a scalable platform for cultivating seafood from endangered, threatened, or protected species using genomics, stem cell biology, and machine learning. This approach addresses the critical issue of overfishing and oceanic degradation by providing a sustainable alternative to traditional fishing methods.

The startup develops an artificial intelligence software solution for the aquaculture industry that optimizes feed efficiency and automates fish weight measurements. By accurately counting fish during transfer processes, the technology reduces labor costs and minimizes stress on fish, enhancing overall operational efficiency in fish farming.

This startup utilizes aquaponics to cultivate fish, fruits, and vegetables in a closed-loop system that minimizes water usage and eliminates the need for pesticides and antibiotics. By integrating fish farming with plant cultivation, the company provides ultra-fresh produce and meat while promoting sustainable agricultural practices.

The startup operates a land-based salmon farming company utilizing recirculating aquaculture system (RAS) technology to produce and process salmon in a sustainable manner. This approach minimizes environmental impact while providing fresh, nutrient-rich salmon to the seafood sector, addressing concerns over ocean ecosystem degradation and biodiversity loss.

Aquanzo is developing land-based farming systems to cultivate Artemia, a marine zooplankton, using agricultural byproducts as feedstock, thereby producing a sustainable alternative to fishmeal for the aquaculture industry. This approach addresses the impending fish food shortage caused by overexploitation of ocean resources, while minimizing environmental impact.

Atlantic Fish Company develops cultivated seafood through cellular agriculture, specifically focusing on producing black sea bass. This approach addresses the environmental impact of overfishing and provides a sustainable alternative to traditional seafood sourcing.

This biotechnology startup specializes in the development and commercial production of cultivated fish using cellular agriculture techniques to create seafood products from fish cells. By providing nutritious fish alternatives, the company addresses the environmental impact of traditional fishing practices and promotes sustainable food sources without harming marine ecosystems.

Oceanloop utilizes recirculating aquaculture systems (RAS) to farm Pacific white shrimp and other seafood species in a sustainable, land-based environment, significantly reducing CO₂ emissions. The company aims to meet the growing global demand for animal protein while setting new standards for shrimp quality in Europe.

The startup operates land-based aquaculture farms utilizing a recirculating aquaculture system (RAS) that integrates a hybrid flow-through mechanism, supplying fresh seawater from on-site boreholes. This approach enables the sustainable production of salmon in optimal conditions, minimizing handling and eliminating the need for harmful chemicals.

TERNAKIN is a data-driven platform that utilizes IoT technology and a user-friendly application to enhance productivity for freshwater fish farmers by providing real-time insights on feeding, nutrition, and medication. The platform addresses inefficiencies in aquaculture operations, ensuring a stable supply of high-quality fish while facilitating direct purchases and logistics for farmers.

Aquabyte provides an AI‑powered computer‑vision platform that uses self‑cleaning underwater cameras to capture and analyze millions of images daily from fish pens. The system delivers real‑time metrics on fish welfare, lice load, behavior and growth through a web portal and API, enabling aquaculture operators to adjust feeding and health interventions for higher efficiency.

BiOceanOr provides AI-powered underwater weather stations that monitor key water quality parameters such as dissolved oxygen and temperature, enabling fish farmers to anticipate environmental changes. This data-driven approach enhances fish health and growth while mitigating operational risks in aquaculture.

Forsea utilizes organoid technology to cultivate seafood, specifically targeting endangered species like freshwater eel, to meet the growing demand for sustainable protein sources. This approach enables scalable production that aims for price parity with traditional seafood, addressing the depletion of aquatic ecosystems and the market's unmet needs.

Shiok Meats utilizes cellular aquaculture technology to produce cell-based seafood, eliminating the need for traditional fishing and aquaculture methods. This approach addresses overfishing and environmental degradation by providing a sustainable alternative that reduces reliance on wild-caught fish.

RE:OCEAN utilizes recirculating aquaculture systems (RAS) to farm salmon in a closed environment, ensuring 99.99% water reuse and eliminating the use of antibiotics and microplastics. This approach addresses the environmental impact of traditional fish farming while providing fresh, locally produced salmon with high omega-3 content and no harmful additives.

Vertical Oceans utilizes AI-driven autonomous systems and proprietary software to optimize shrimp farming in self-contained, movable tanks, ensuring optimal growth conditions and zero waste. This technology addresses the challenges of traditional aquaculture by providing a sustainable, antibiotic-free source of shrimp that enhances flavor and reduces environmental impact.

Big Akwa utilizes low-temperature waste heat from co-located industries to optimize water temperature in land-based aquaculture, promoting faster fish growth while minimizing energy consumption. By converting fish farm wastewater into a valuable resource, the company creates a closed-loop system that eliminates nutrient discharge into the environment.

Team TIDEPOOL develops FISHSCOPE, an AI-driven fish feed monitoring solution that utilizes computer vision technology to quantify fish growth and behavior. This system enhances operational efficiency and profitability in aquaculture by optimizing feed usage and providing real-time growth data.

Lisaqua is developing a sustainable aquaculture system that cultivates prawns without the use of antibiotics, utilizing recirculating aquaculture technology to minimize environmental impact. This approach addresses the challenges of antibiotic resistance and ecological degradation in traditional shrimp farming practices.

Seaqua operates an integrated commerce platform for fisheries and aquaculture, utilizing advanced logistics and sourcing technology to ensure the delivery of high-quality seafood from ocean to table. The platform addresses inefficiencies in the seafood supply chain, providing transparent sourcing and sustainable practices to enhance the profitability of stakeholders while meeting consumer demand for fresh seafood.

This company develops and distributes sustainable aquaculture feeds designed for high performance. Their feeds aim to improve the efficiency and environmental impact of fish farming.

The startup develops an aquaculture data platform that utilizes underwater sensors and data analytics to monitor fish behavior and feeding patterns on fish farms. This technology reduces overfeeding, optimizes resource usage, and enhances environmental sustainability while improving the quality of the final food product.

Aquaticode develops an AI platform that utilizes machine learning to predict fish characteristics and optimize aquaculture operations. Their solutions, including SORTpro and SORTmini, enhance growth efficiency and breeding outcomes by automating the sorting of salmon and broodstock based on gender and other traits, ultimately increasing seafood production and reducing costs.

The startup operates a land-based recirculating aquaculture system for farming Atlantic salmon, utilizing non-carbon power and advanced water treatment to enhance fish welfare. By producing biochar from waste streams, the company ensures sustainable salmon production that meets the demand for natural and healthy seafood.

ExypnoTech develops precision aquaculture monitoring systems that utilize IoT sensors and data analytics to optimize fish farming operations. The technology addresses inefficiencies in resource management and environmental monitoring, leading to increased yield and reduced operational costs for aquaculture producers.

The startup operates a land-based fish farming facility that produces post-smolt salmon using sustainable aquaculture practices focused on fish welfare and environmental stewardship. By implementing a circular economy model, the company minimizes waste and resource consumption, addressing the challenges of traditional salmon farming methods.

This startup operates a land-based salmon farming system that prioritizes animal welfare and minimizes environmental impact through circular operations and reduced transportation emissions. By utilizing sustainable aquaculture practices, the company enhances fish shelf life while decreasing waste, addressing the challenges of traditional salmon farming methods.

Aquarius develops sustainable fishing technologies that enhance the efficiency of bottom trawling while minimizing ecological damage to marine ecosystems. The company aims to improve the profitability of commercial fishermen by reducing the destructive impact of traditional fishing methods on fish populations and habitats.

The startup provides aquaculture health management technologies that include diagnostic tools and therapeutic solutions to enhance fish farm health and productivity. By leveraging biotechnology, the company aims to improve annual yields and ensure long-term food security for aquaculture farmers globally.

Pine Island Redfish utilizes a sustainable Recirculating Aquaculture System (RAS) to cultivate redfish in a controlled land-based environment, minimizing environmental impact and resource use. This approach addresses the challenges of overfishing and habitat degradation by providing a reliable source of seafood that meets growing consumer demand.

This startup develops land-based aquaculture ecosystems for sustainable fish production, aiming to reduce pressure on oceans from overfishing and pollution. Their approach provides locally sourced fish, contributing to the future of the fish market.

The Kingfish Company utilizes a technology-driven aquaculture system that employs filtered seawater to produce premium marine seafood without additives, ensuring high-quality fish from egg to plate. This approach addresses the demand for sustainable, locally sourced seafood while supporting the United Nations Sustainable Development Goals.

Sea2Cell is developing a sustainable method for producing cultivated fish meat using immortalized fish cell lines that exhibit enhanced proliferation rates in controlled tank environments. This approach addresses the overfishing crisis and the resulting threat to marine biodiversity by providing an alternative source of fish without depleting ocean resources.

Ai.Fish develops software that employs artificial intelligence and computer vision to monitor aquatic environments and assess fish populations. This technology provides fisheries and aquaculture operators with real-time data to improve sustainability and optimize resource management.

This seafood company utilizes recirculating aquaculture systems to cultivate Atlantic salmon in Swiss alpine water, ensuring the fish are free from antibiotics, pesticides, hormones, and microplastics. By employing this sustainable method, the company provides consumers with fresh and healthy salmon while minimizing environmental impact.

Sea Growth cultivates high-quality seafood from fish cells in nutrient-rich bioreactors powered by renewable energy, eliminating the need for traditional fishing and its associated environmental impacts. This method addresses overfishing and ocean pollution by providing a consistent supply of pure, nutritious seafood free from contaminants.

Fishway develops cultivated fish by isolating and proliferating fish stem cells in bioreactors, producing a high-nutritional biomass that mimics traditional fish fillets. This technology provides a sustainable alternative to conventional seafood, addressing the global fish supply-demand gap and eliminating health risks associated with contaminants found in wild and farmed fish.

Seawater Cubes manufactures fully automated Recirculating Aquaculture Systems (RAS) for onshore farming of seafish, providing a sustainable solution to the challenges of overfishing and ocean pollution. Their containerized farms enable businesses to produce high-quality seafood locally, minimizing transport distances and ensuring consistent supply.