Top 50 Crop Production in Japan

The startup operates a digital cultivation guidance platform that integrates field data with online agricultural records to enhance cultivation management. By providing precise fertilizer prescriptions and sourcing agricultural materials, the platform improves farming efficiency and crop yield for its users.

The startup develops agricultural harvest robots that utilize artificial intelligence for automated crop and fruit harvesting in greenhouse environments. This technology enables farmers to increase productivity and significantly lower labor costs.

Farmship develops a sustainable agricultural system that combines AI-driven environmental control and advanced biological management technologies to produce crops efficiently and on demand. The company addresses the challenges of food security and supply chain inefficiencies by creating a digital distribution platform that ensures fresh produce is delivered safely and consistently at stable prices.

This startup develops printed electronic sensors that measure soil moisture, surface temperature, and electrical conductivity, uploading the data to a cloud-based database for analysis. By providing actionable insights, these sensors help farmers optimize irrigation practices and minimize water waste, ultimately enhancing crop yields.

Agri Info Design develops precision agriculture technologies that enhance the automation and data management of farming operations. Their solutions address inefficiencies in crop production by providing real-time analytics and monitoring tools to optimize yield and resource usage.

HarvestX develops automated robotics for indoor strawberry cultivation, utilizing AI-driven pollination technology to enhance production efficiency. The system addresses the challenges of labor shortages and inconsistent crop yields by ensuring hygienic and stable strawberry production year-round.

Kukulcan operates a crop procurement platform that connects consumers directly with farmers, focusing on the sale of non-standard produce to minimize food waste. By utilizing AI technology, the platform addresses the issue of unsold agricultural products, ensuring that edible fruits and vegetables are delivered to customers while supporting farmers in managing their surplus.

Agritree develops solar sharing systems that integrate photovoltaic panels with agricultural land, allowing for simultaneous crop production and renewable energy generation. This approach enhances food security and provides sustainable energy solutions while reducing reliance on chemical fertilizers and pesticides.

Dishwill utilizes indoor farming technology to produce farm-fresh ingredients for plant-based foods, ensuring consistent crop yields regardless of environmental conditions. The company addresses food security challenges by minimizing reliance on traditional agriculture, reducing water usage, and eliminating the need for excessive pesticides.

Endophyte develops Dark-septate endophyte (DSE) technology that enhances plant stress resistance and growth by utilizing beneficial microorganisms in soil. This approach addresses soil degradation and food security challenges by enabling organic farming in adverse conditions, ultimately improving crop yield and quality.

The startup develops products for infectious disease control in agriculture, utilizing microorganisms and enzymes to enhance crop quality and resilience. By providing agricultural supplies and quasi-drugs, the company addresses the challenges of disease management and product quality in farming.

AGRI SMILE develops food waste-based biostimulants that enhance crop resilience while promoting resource recycling and reducing reliance on chemical fertilizers. The company collaborates with agricultural cooperatives and research institutions to address sustainability challenges in farming, contributing to a more environmentally friendly food supply chain.

Hayasaka Shoten provides drone services for precision agriculture, utilizing unmanned aerial vehicles to efficiently spray pesticides, distribute fertilizers, and conduct farmland surveys. This technology reduces labor time and pesticide usage, promoting environmentally friendly farming practices while enhancing crop protection against pests and weeds.

Future Food Research and Development Center develops sustainable agricultural systems that utilize closed-loop environmental cycles to cultivate crops and insects as alternative protein sources. The company addresses food security challenges by producing high-yield, low-resource crops and protein-rich insects, minimizing environmental impact while enhancing food safety and sustainability.

Legmin develops agricultural robots and IoT devices that enhance precision farming through real-time crop monitoring and automated maintenance. Their technology mitigates labor shortages and inefficiencies, resulting in higher crop yields and lower operational costs for farmers.

Zebra Farm specializes in indoor strawberry cultivation and sea grape aquaculture using pesticide-free container systems. This approach addresses the challenges of sustainable food production by maximizing yield in controlled environments while minimizing environmental impact.

The startup operates a recycling-oriented crop cultivation system that utilizes environmentally friendly artificial soil to promote circular agriculture on Earth and enable sustainable practices for space agriculture. This approach addresses the challenges of food security and environmental sustainability by providing farmers with a viable method for efficient resource use and waste reduction.

Degas is an agri-fintech startup that utilizes a proprietary technology platform to provide financial access to smallholder farmers in Sub-Saharan Africa, enhancing their productivity and income. By focusing on farmer financing and regenerative agriculture, Degas addresses the lack of capital and resources that limits agricultural growth in the region.

Kisui develops autonomous AI robots, such as Adam and Mini Adam, designed for agricultural applications. These robots utilize specialized attachments to perform various field tasks efficiently. The company also provides MyNojo, a digital platform to support smart farm management and agricultural digitalization.

The startup operates a direct sale platform that connects farmers of vegetables and specialty ingredients with individual consumers and restaurants, facilitating direct transactions. This approach enables farmers to increase their profit margins by eliminating intermediaries in the supply chain.

The startup offers an agri-tech platform that enhances product quality and value for farmers by providing data-driven insights on market specifications and supplier selection. This technology enables users to meet import standards and optimize their position within the agricultural value chain.

Seiko Uyomi develops AI technologies for the agriculture, forestry, and fisheries sectors, focusing on AI-driven solutions that enhance operational efficiency and reduce labor burdens. Their research includes AI applications for smart aquaculture and agricultural productivity, aiming to improve revenue for industry workers.

This startup develops agricultural technology that streamlines product distribution through web systems and application development, enabling automatic invoice and sales slip generation. By enhancing store management and marketing capabilities, the platform helps businesses lower operational costs and improve efficiency.

The startup offers an online procurement platform that connects agricultural and fisheries producers with manufacturers of processed ingredients, facilitating a streamlined supply chain from raw material sourcing to processing. This platform enhances operational efficiency by reducing the time and complexity involved in procurement, enabling users to optimize their production processes.

Techsor develops indoor navigation applications and smart sensor edge technologies to optimize lifecycle costs in smart buildings, enhancing property value while reducing maintenance expenses. The company also provides IoT solutions for agriculture and aquaculture, enabling automated environmental monitoring to improve operational efficiency in challenging locations.

Superworm utilizes genome editing to produce high-quality protein powders, biofuels, and organic fertilizers derived from superworms, addressing the protein crisis and environmental sustainability challenges. Their products offer efficient resource utilization with reduced environmental impact, catering to the growing demand for sustainable food and energy sources.

The startup operates a laboratory focused on the functionality of microalgae as food ingredients, utilizing a diverse strain library and advanced screening and cultivation technologies to create a unique algae bio-foundry platform. This platform aims to provide sustainable solutions to health concerns, food shortages, and climate change by integrating algae into various industries and applications.

The startup develops tetratricopeptide repeat (PPR) proteins for precise genome editing of DNA and RNA sequences. This technology enables researchers to enhance agricultural productivity and advance pharmaceutical drug development through targeted genetic modifications.

Planet Table is an online food ordering platform that connects food producers directly with restaurant chefs, facilitating efficient supply chain management. The platform addresses the challenge of fragmented food distribution by streamlining transactions and communication between producers and buyers.

Blue Planet Sensing develops ultra-small satellites and optical imaging devices to provide remote sensing solutions that measure various environmental parameters. Their technology addresses challenges in data collection and analysis across multiple sectors, including agriculture and urban planning, by creating new value through precise measurements.

Farmnote Holdings utilizes AI-driven sensors and a mobile application to monitor dairy cattle behavior and health, enhancing herd management efficiency. The startup addresses greenhouse gas emissions in dairy production by implementing methane-reducing feed and carbon-neutral practices.

Innovare is a biorefinery company that produces green chemical products from unused biomass resources. They convert agricultural waste and other organic materials into sustainable chemicals, offering an eco-friendly alternative to traditional petroleum-based products.

Vegework offers a sales management platform tailored for the fruits and vegetables wholesale market, utilizing digital tools to enhance productivity and accountability among sales representatives. The platform addresses low profit margins by enabling real-time transaction oversight and self-management of sales performance, allowing for better pricing decisions before finalizing deals.

The startup develops fish farming technology that utilizes artificial insemination techniques to cultivate circulation-type cherry salmon in Japan. This approach enables sustainable production of salmon and golden salmon roe, addressing the depletion of fishery resources while supporting the aquaculture industry.

Farmers Support utilizes IoT and AI technology to monitor livestock behavior, specifically detecting calving signs and estrus activity through image analysis from IP cameras. This system enhances the safety of livestock births and improves operational efficiency for farmers by providing timely notifications based on real-time data.

The startup manufactures light-emitting plants using proprietary light-emitting protein technology, which enhances the visual appeal of horticultural products. This technology provides sustainable ornamental solutions for agribusiness and exhibition sectors, addressing the demand for unique and visually striking plant offerings.

Naturacart is a marketplace that connects consumers and producers of natural and organic products through a customer-to-customer and business-to-consumer model. The platform facilitates direct transactions, enabling users to access a diverse range of sustainable goods while supporting local producers.

Yumrich produces plant-based ice cream using proprietary dairy-free milk made from domestically sourced rice and barley, eliminating animal-derived ingredients and 28 common allergens. This approach significantly reduces greenhouse gas emissions by over 60%, water usage by 50%, and land use by more than 90%, catering to lactose-intolerant individuals and those seeking sustainable food options.

The startup utilizes algae fermentation technology to convert food waste and liquid food residues into active ingredients through the cultivation of algae and microorganisms. This process addresses the issue of resource underutilization by transforming discarded materials into sustainable products.

AlgaleX converts food waste into sustainable ingredients, including plant-based proteins, for use in food production. This process reduces waste and provides a more environmentally friendly source of protein.

Hydro Powtech Japan utilizes hydrolysis technology to convert food waste into sustainable, allergen-free ingredients without chemical treatments or significant energy use. This process transforms typically discarded materials into safe food products, addressing the need for environmentally friendly food production solutions.

komham utilizes specialized microorganisms to rapidly decompose organic waste, transforming it into valuable biomass. This process addresses the growing issue of organic waste accumulation, providing an efficient and sustainable waste management solution.

The startup manufactures a food loss reduction box that quantifies the amount of edible food that would otherwise be discarded. This product facilitates the redistribution of surplus food to impoverished communities, thereby addressing food waste and poverty simultaneously.

Next Carbon produces biomass coal from discarded coconut shells using advanced carbonization technology, providing a sustainable alternative to traditional coal for the steel industry. This approach addresses the steel sector's reliance on carbon-intensive fossil fuels, aiming to replace 10-20% of Japan's coal consumption with eco-friendly biomass.

This startup manufactures sustainable leather products using vegan materials derived from cacti, promoting environmentally friendly craftsmanship. By offering a diverse range of gender-neutral bags, accessories, and apparel, the company addresses the environmental impact of traditional leather production and waste.

IPEACE223 utilizes zeolite catalyst technology to convert dehydrated ethylene derived from bioethanol into green propylene and its derivatives, aiming for sustainable chemical production. This process addresses the reliance on fossil resources by providing a high-efficiency, low-cost method for producing bio-based propylene, significantly reducing CO2 emissions.

Tsubame BHB develops ammonia synthesis catalysts that enhance the efficiency of ammonia production processes, significantly reducing energy consumption and greenhouse gas emissions. The company's technology addresses the high costs and environmental impact associated with traditional ammonia synthesis methods.

Develops hybrid power systems combining gas turbines and small generators to enable long-range, heavy-lift drones. This technology overcomes the limitations of lithium-ion battery-powered drones, providing a viable solution for transporting heavy cargo to remote areas, supporting industries like logistics, agriculture, and disaster response.

The startup provides environmental services that focus on reducing food loss and shortages through a comprehensive eco-friendly platform that tracks carbon emissions from packaging, production, and transportation. By enabling industries to set and achieve measurable greenhouse gas reduction targets, the company promotes sustainability and addresses the urgent need for carbon neutrality.

This startup offers a production management cloud system that integrates inventory control, process management, and equipment oversight specifically for the cosmetics, food, and pharmaceutical sectors. By centralizing production processes, it enables manufacturers to minimize operational costs and enhance productivity.