AGRI TECH

Agritech Grand Prix 2025

Standing up for solutions to society's problems
Food, agriculture, environment, water resources, biomass, etc.
We implement the technologies and thoughts of entrepreneurs and researchers in the agri-tech field into society together.
NEWS
PARTNER
Coming soon
ASSET
  1. ASSET01Riverness Communicator
  2. ASSET02Partners
  3. ASSET03Professional Supporter
  4. ASSET04superfactory group
SUPPORT
  1. SUPPORT01Organize the purpose and vision of starting a business
  2. SUPPORT02Brush up on your presentation
  3. SUPPORT03Providing opportunities for business company collaboration
  4. SUPPORT04Support for R&D and prototype development
  5. SUPPORT05Support for knowledge and IP strategies
  6. SUPPORT06finance
DEMO DAY
Grand Prix Name
Agritech Grand Prix 2025
Location
center of a garage (1-16-3 Yokogawa, Sumida-ku, Tokyo)
Date & Time
Saturday, October 4, 2025, 13:00-19:00
Application period
Monday, December 2, 2024 - Friday, July 4, 2025 23:59
Participation Target
Held on a closed, pre-registration basis (finalists, partner companies, professional supporters, Super Factory Group)
organizing
Leave a Nest Co., Ltd.
timeline
12:30-13:00
inauguration
13:00-13:30
Greetings from the Organizer
13:30-17:00
Presentation (Presenter①~⑫)
17:00-17:50
Review Time
17:50-19:00
Announcement of Judging Results and Award Ceremony
19:00-19:30
(cultural) exchange meeting
JUDGE
Coming soon
FINALIST
  • 松岡 俊樹
    Beef Sommelier Co.
    Representative] Toshiki Matsuoka
    AIで実現する牛肉品質予測技術

    Beef Quality Prediction Technology Made Possible by AI

    Individual beef cattle vary widely, and the quantity and quality of carcasses are unknown until shipment, making the management of livestock farmers unstable. Beef Sommelier can predict future carcass performance by using AI to analyze genetic performance based on blood proteins of beef cattle one year prior to shipment.
  • 福井 勝宏
    Comphonic Laboratories, Inc.
    Representative] Katsuhiro Fukui
    鳥害を防ぐ給電不要の音波装置の実用化

    Practical application of a sound wave device that does not require power supply to prevent bird damage

    Research and develop a directional sound wave device that sends sound waves only to crows and starlings in order to reduce damage to crops and prevent bird damage in urban areas. The device will be developed to effectively drive away birds while preventing sound leakage, and will not require a power supply and can be used anywhere it is installed.
  • 仲 崇志
    NT Giken Kogyo Co.
    Representative] Takashi Naka
    集光タワーシステムを用いた次世代農業の実現

    Next Generation Agriculture with Concentrator Tower System

    A new solar concentrator tower system with new technology that can be installed and operated in a narrow space, enabling agricultural systems to efficiently utilize heat and light in a variety of environments. This will not only make existing farmland more efficient, but also enable agriculture in harsh environments.
  • 姫野 亮佑
    WAKU Corporation
    Representative] Ryosuke HIMENO
    植物のストレスシグナル物質「グルタチオン」の研究

    Glutathione, a stress signaling substance in plants

    Biostimulants that utilize glutathione to achieve crops that are resistant to environmental stresses. In addition to improving heat tolerance and yield, this cultivation technology originated in Japan contributes to reducing the use of chemical fertilizers and supports sustainable agriculture even under climate change.
  • 宮崎 真佐也
    HaKaL Corporation
    Representative] Masaya Miyazaki
    家畜感染症のオンサイト簡易検査技術の実装

    Implementation of simple on-site testing technology for livestock infectious diseases

    In order to break away from farming management that relies on intuition and experience, we will develop a simple sensing technology that can be used in the field for livestock health management, and aim to achieve data science in the livestock sector and a sustainable production system.
  • 藤村 慎一
    OURTES Corporation
    Representative] Shinichi Fujimura
    エネルギー作物「ヤマトダマ」による農業・環境改革

    Agricultural and environmental reform through the energy crop "Yamatodama

    A unique domestic energy crop, Yamatodama, has been developed and its variety registration completed. The seeds are rich in oil that can be used as machine oil or fuel, and the trunk, branches, and roots can also be used to make fuel chips and charcoal. As a crop that can be grown even on abandoned land in mountainous areas, it will contribute to solving agricultural and environmental problems.
  • 橋本 好弘
    Research Association of Biosensors for Soil Diagnosis, LLC.
    Representative] Yoshihiro Hashimoto
    安価で迅速、簡単で判り易い土壌の生物性診断事業

    Inexpensive, quick, simple, and easy-to-understand soil biology diagnosis business

    We have developed a technology to evaluate complex and diverse soil microbial communities as a whole, without subdividing them. Further expanded application to rhizosphere microorganisms, compost decay rate, and high-speed selection of materials with disease deterrence potential. New equipment is manufactured and put into operation. Aiming to spread this technology throughout the world and restore healthy soil.
  • 村中 俊哉
    AGRI-ByYYou
    Representative] Toshiya Muranaka
    「産業植物」でフードロスゼロに挑戦!

    Industrial Plants" to achieve zero food loss!

    The current food production, processing, and distribution systems produce a large amount of food waste and consume enormous amounts of resources and energy. Therefore, under the new concept of "industrial plants," we will realize zero food loss and a sustainable food future by utilizing genome editing and culture technologies.
  • 平 大輔
    SymBioFarm
    Representative] Daisuke Taira
    共生菌の利用による植物病害防除

    Plant disease control through the use of symbiotic fungi

    Selected several strains that inhibit the growth of gray mold-causing bacteria from symbiotic microorganisms on plant leaf surfaces and discovered that the selected strains can control gray mold on plant seedlings. Further research will lead to the development of an effective and environmentally friendly plant disease control method using symbiotic fungi.
  • 澤崎 佑太
    seed science
    Representative] Yuta Sawasaki
    植物工場での高価値バイオ製品生産

    Production of high-value bioproducts in plant factories

    We are developing technology to produce high-value bioproducts in plant factories. We would like to build a soil in which biotechnology can spread throughout society by producing antibodies and enzymes in a sustainable manner while improving the profitability of plant factories.
  • 杉山 英実
    Furano Mirai Kaitakusai Mura
    Representative] Hidemi Sugiyama
    共創型酪農プラットフォーム富良野未来開拓村

    Co-Creation Dairy Farming Platform Furano Mirai Kaitakusai Mura

    A dairy farmer who has been in business for over 120 years will establish "Furano Future Development Village" in 2030 to create the future of dairy farming and the region. The goal is to build a technology verification platform to solve issues facing dairy farming, such as manure disposal, GHG emissions, industry rigidity, and regional depopulation.
  • 伊勢 武史
    Green Navi
    Representative] Takeshi Ise
    AIで実現する高精度・広域の「森のインフラ地図」

    High-precision, wide-area "Forest Infrastructure Map" realized by AI

    Realize an ever-evolving forest infrastructure map with high accuracy and high frequency using a proprietary vegetation identification AI that reduces the cost of conventional forest observation to less than one-tenth of that of conventional forest observation. Visualize the multifaceted value of forests, including forestry, tourism, water source recharge, disaster prevention, and carbon storage, and aim for sustainable utilization.
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