Top 50 Animal Production in Norway

This startup produces sustainable Atlantic salmon using a recirculatory aquaculture system that minimizes water usage and environmental impact. By providing fresh, ethically sourced protein, the company addresses the demand for environmentally responsible food options in the global market.

Nofence provides a virtual fencing system for livestock management, replacing physical fences with GPS-enabled collars and a mobile app. Farmers can define digital pasture boundaries, allowing for dynamic grazing management and improved animal welfare without costly infrastructure.

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.

OptoScale provides real-time monitoring equipment for fish farms, utilizing advanced modules to measure fish weight, health, and lice levels without manual handling. This technology enables fish farmers to enhance fish welfare, reduce operational costs, and optimize production efficiency through precise data analysis.

Salmon Evolution utilizes a hybrid flow-through system to farm salmon on land, ensuring optimal water quality and fish welfare while minimizing operational risks. This approach addresses the challenges of traditional aquaculture by providing a controlled environment that promotes sustainable and healthy salmon growth.

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.

Völur utilizes AI algorithms to optimize the sorting and cutting processes in meat processing, enhancing the value extraction from each carcass. This technology addresses inefficiencies in production planning, leading to increased margins, reduced waste, and a lower carbon footprint in the meat supply chain.

GenoMar provides genetically superior tilapia strains developed through advanced selective breeding and genomic selection. Their genetics enhance farm productivity and resilience by focusing on growth rate, fillet yield, and disease resistance, leading to improved operational efficiency and profitability for aquaculture producers.

The startup operates a biotechnology platform that develops biofertilizers from biowaste, targeting the aquaculture and waste management sectors. By collaborating with research communities and industry innovators, the company provides technologies that enhance the circular economy value chain, improving waste utilization and resource efficiency.

The startup has developed a fully automated net-cleaning robot that brushes aquaculture nets multiple times daily, enhancing fish welfare by maintaining optimal water quality. This environmentally friendly system reduces operational costs for fish farmers while improving productivity in aquaculture practices.

The startup develops immunotherapy treatments for pets with cancer, offering both pre-made and customized options to veterinarians. This approach provides a targeted therapeutic alternative for managing cancer in cats and dogs, enhancing treatment options for veterinary professionals.

The startup develops an artificial intelligence and machine learning platform tailored for Norwegian farmers to enhance grain production through a specialized neural network model and crop classification system. By providing precise yield data and calculations in a centralized interface, the platform enables farmers to monitor crop growth and make informed decisions based on localized agricultural conditions.

Ava Ocean has developed technology for the selective harvesting of bottom-dwelling marine species, minimizing ecological disruption while maximizing resource extraction. This approach addresses the environmental damage caused by traditional fishing methods like dredging and bottom trawling, promoting sustainable seafood sourcing for future generations.

Saga Robotics develops the Thorvald autonomous robot, which utilizes UV-C light treatment to control powdery mildew in crops, enhancing plant health and yield. This modular system performs various labor-intensive agricultural tasks, reducing reliance on manual labor and minimizing chemical fungicide use.

This startup recycles food waste and animal manure through anaerobic digestion and composting to produce biofertilizers, biogas, and green CO2. By converting organic waste into valuable resources, the company addresses the issues of waste management and soil degradation in the region.

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.

Agoro Carbon partners with farmers and ranchers to implement sustainable agricultural practices that enhance soil health and generate certified carbon credits. By facilitating carbon sequestration, the company enables producers to monetize their environmental efforts while contributing to climate change mitigation.

NoMy utilizes fungal fermentation technologies to convert food industry byproducts into sustainable, high-value ingredients. This process addresses the issue of food waste by transforming side streams into functional materials for both food and feed applications.

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 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.

The startup develops a device that captures sea lice larvae before they infest fish cages, utilizing targeted trapping mechanisms to prevent parasite entry. This technology provides a cost-effective solution for the salmon industry by reducing treatment expenses and enhancing control over lice populations.

Thalasso develops autonomous aquatic technology to sustainably harvest sargassum, a harmful algal bloom that threatens coastal ecosystems and economies. By transforming this seaweed into valuable chemical compounds through portable micro-biorefineries, Thalasso supports coastal communities and promotes economic resilience.

EasyX develops vertical cleaning robots designed for efficient maintenance of fish tanks in land-based aquaculture facilities. These automated systems eliminate the need for manual cleaning, significantly reducing operational downtime and associated occupational health and safety (HMS) risks. The technology allows operators to focus on core production while ensuring a clean and safe environment for the farmed fish.

Monil provides a virtual fencing system for livestock management using GPS-enabled collars. This technology allows farmers to define and enforce grazing boundaries without physical fences, optimizing pasture utilization and reducing labor costs.

Sensonomic provides the Agribusiness Performance Platform (SAPP), which utilizes computer simulations and purpose-built analytics to enhance agricultural operations and optimize crop yields. By enabling growers to capture and analyze data, the platform helps increase profits by over 30% while improving resilience in the face of climate variability.

Farmable is a mobile and desktop farm management app that enables fruit and tree crop growers to document treatments, harvests, and field activities in real-time, streamlining data collection and reporting. By providing an interactive field map and automated reporting features, it reduces administrative workload and enhances decision-making efficiency for farm managers.

Smart Ocean AS develops the SMART OCEAN BUOY, a GPS-enabled buoy that allows fishermen to monitor their gear's location in real-time via a mobile app or navigation plotter, significantly reducing gear loss and enhancing operational efficiency. The company also focuses on ocean data harvesting to provide critical scientific insights for sustainable fisheries and aquaculture management.

Catchwise integrates historical catch data, AIS tracking, environmental conditions, and weather forecasts into a unified map interface for commercial fishers. This platform provides skippers with data-backed insights to locate target species efficiently and navigate regulations, reducing search time and uncertainty. The result is improved operational efficiency and better margins through smarter, data-informed fishing decisions.

Dagens operates a digital platform that facilitates direct trade of local, seasonal produce between farmers and professional kitchens, eliminating intermediaries and ensuring transparency in pricing and food traceability. By streamlining order management and guaranteeing automatic payments, Dagens enhances efficiency for producers and provides chefs with high-quality ingredients within 26 hours from farm to kitchen.

The startup produces larval feed products using microencapsulation technology to process waste raw materials from fisheries, creating a cost-effective alternative to live feed such as artemia and rotifers. This approach enhances productivity in the aquaculture industry by providing a sustainable feeding solution for marine fish and crustacean larvae.

Avisomo develops fully automated vertical farming systems designed for large-scale retail integration, utilizing advanced growth stations that optimize lighting, irrigation, and airflow for year-round production. This technology addresses the challenges of unpredictable fresh produce deliveries and short shelf life, ensuring high-quality crops with reduced operational costs.

The startup manufactures animal tracking devices that utilize GPS and health monitoring sensors to provide real-time data on pet activity and well-being. This technology enables pet owners to interpret their pets' health signals, ensuring timely interventions and improved care.

This startup produces land-based farmed salmon using controlled aquaculture systems that ensure optimal salmon welfare and a low carbon footprint. By eliminating pollutants and stabilizing environmental conditions, the company provides a sustainable seafood option that reduces the ecological impact of traditional fishing practices.

The startup offers a digital platform for farm owners and company managers that consolidates operational and management tasks into a single interface, eliminating the need for multiple applications. This integration enhances efficiency by providing graphic profiles and tailored tools that streamline farm management processes.

SifoTEK® utilizes precision fermentation to produce gMilk®, a cow's milk alternative that replicates the nutritional profile and taste of traditional milk while achieving nearly zero CO2 emissions. This technology addresses the environmental impact of conventional dairy farming and enhances food security by providing a sustainable protein source resilient to climate and resource challenges.

The startup develops data visualization software that utilizes a funnel system and integrated cameras to capture images of salmon, enabling automated counting and classification of sea lice through machine learning. This technology provides fish farmers with accurate, high-quality monitoring of sea lice infestations, enhancing their ability to manage fish health effectively.

Spoor provides AI-powered bird monitoring software that integrates with existing high-resolution cameras to track wildlife activity near wind energy infrastructure. This platform delivers data-driven insights to reduce permitting risk, ensure regulatory compliance, and optimize operational efficiency for wind farm developers and operators. The system utilizes proprietary machine learning models to offer long-range detection and objective biodiversity data for environmental impact assessments.

Produces capitella worms cultivated on sugar kelp and fish sludge to create a sustainable protein source for pet food, aquaculture, and agriculture. This process transforms waste from the aquaculture industry into high-value feed ingredients, reducing environmental impact and supporting circular economy practices.

Optimar offers automated fish handling and processing solutions for the seafood industry. Their systems use robotics and data management to improve efficiency, product quality, and sustainability from catch to processing.

SoftSeaweed provides a dual-section smart sensor, SoftSense, that measures critical parameters such as salinity, light, and temperature, enabling seaweed farmers to optimize production and reduce operational costs. The SoftInsight platform securely collects and analyzes this data, facilitating informed decision-making and enhancing the profitability of seaweed farming operations.

The Just Store operates a digital platform that connects local food producers directly with consumers, eliminating intermediaries and ensuring fair pricing for farmers. This approach addresses food accessibility and waste by redistributing surplus products while promoting sustainable local agriculture and reducing the carbon footprint associated with long-distance food transport.

The startup operates an online marketplace that connects consumers directly with local food producers, facilitating the purchase of fresh, locally sourced ingredients. This platform addresses the challenge of limited access to fresh food while promoting support for local farmers and sustainable agriculture.

Botanist AS offers a smart irrigation system that optimizes water and nutrient delivery using real-time soil data analysis. Its patented soil sensors and automated valve control enable precision agriculture, reducing resource waste and improving crop vitality for farmers.

NMS operates land-based salmon farms using through-flow technology in mountain halls to ensure sustainable aquaculture with minimal environmental impact. Their integrated system, from controlled grow-out to specialized transport vessels, delivers fresher, high-quality salmon to seafood distributors and premium retail markets.

Fieldmind provides an AI-powered platform for agricultural advisors to synthesize farm-specific data, climate forecasts, and research. It generates precise, context-aware recommendations to improve farm management and resilience.

PurSea cultivates and processes large-scale seaweed in the nutrient-rich waters of Helgeland, utilizing established aquaculture techniques to create a sustainable food source. This approach addresses the urgent need for environmentally friendly food production to support a growing global population, projected to require 70% more food by 2050.