KANSAI

Kansai Tech Planter 2024

NEWS
ORGANIZER
  • Leave a Nest Co., Ltd.
PARTNER

Regional Development Partners

  • Happiness Holdings Co.
  • ShinMaywa Industries, Ltd.
  • Daiwa Lease Co.
  • Hirata Corporation
  • Rohto Pharmaceutical Co.
  • Kansai Mirai Bank, Ltd.
  • The Senshu Ikeda Bank, Ltd.

cooperation

  • Kansai Startup Academia Coalition (KSAC)

support

Coming soon
DEMO DAY
Grand Prix Name
The 2nd Kansai Tech Plan Grand Prix
Location
Hartung Hall Nippon Seimei Midosuji Building 12F (4-2-4 Minami-Senba, Chuo-ku, Osaka, 542-0081, Japan)
Date & Time
Saturday, November 16, 2024, 13:00-19:00
Application period
Wednesday, June 5, 2024 - Tuesday, September 24, 2024 18:00
Participation Target
Held on a closed, pre-registration basis (finalists, partners, local businesses and universities)
organizing
Leave a Nest Co., Ltd.
timeline
12:30-13:00
inauguration
13:00-13:30
Greetings from the Organizer
13:30-13:50
keynote speech
13:50~14:50
Presentation (Presenter①-④)
14:50-15:05
break
15:05-16:05
Presentation (Presenter⑤-⑧)
16:05-16:20
break
16:20-17:20
Presentation (Presenter ⑨ - ⑫)
17:20-18:10
Review Time
18:10-19:10
Announcement of Judging Results and Award Ceremony / Closing Ceremony
19:10 - 20:00
Networking & Reception
JUDGE
Coming soon
FINALIST
  • Yukihiro Ishida
    Second Heart Co.
    Presenter] Yukihiro Ishida
    Foot amputation due to diabetes mellitus 0

    Foot amputation due to diabetes mellitus 0

    By providing comprehensive solutions for early detection and prevention of foot lesions in diabetic patients and reducing the risk of foot amputation, we aim to both improve patients' quality of life and reduce medical costs. By utilizing advanced digital technology, we will also contribute to reducing the burden on the medical field.
  • Hiroshi Kobayashi
    Aquas Corporation
    Presenter] Hiroshi Kobayashi
    Develop innovative research tools and build an encyclopedia of botanical ingredients

    Develop innovative research tools and build an encyclopedia of botanical ingredients

    Phytoconstituents are used in various fields. New active ingredients are sought after, but it is extremely difficult to separate the components to search for them. To solve this problem, we are developing novel separation materials (columns) and innovative research tools centered on these columns. Furthermore, we will contribute to the development of all bio-industries by constructing an encyclopedia of plant components.
  • Kazuya Kougen
    B-Lab Inc.
    Presenter] Koumoto, Kazuya
    Innovative Absorption of Functional Ingredients: The Challenge of Polysaccharide Nanoparticles

    Innovative Absorption of Functional Ingredients: The Challenge of Polysaccharide Nanoparticles

    This technology dramatically promotes the absorption of functional ingredients through highly protective and highly absorbable nanocapsules made of the edible polysaccharide β-1,3-glucan. It is characterized by the fact that it can encapsulate any ingredient with a molecular weight of up to 1000, and that the nanoparticles also have an immunostimulating effect.
  • Takashi Naka
    NT Giken Kogyo Co.
    Presenter] Takashi Naka
    New tower-type solar utilization technology that can be installed in housing complexes

    New tower-type solar utilization technology that can be installed in housing complexes

    We rethought the conventional solar equipment that could not be installed in housing complexes, and invented a rotary tracking tower type concentrator adjacent to residences. The goal is to complete a ZEH unit that can be spread to every home in urban households with a compact design, including a high operating rate due to the tracking function, a high-performance heat source and power source due to the light collection effect, as well as combined use and natural lighting for indoor and underground areas.
  • Mitsutaka Kawatani
    Innovare Corporation
    Presenter] Mitsutaka Kawatani
    Efforts to create new markets and resource recycling using unused resources as raw materials

    Efforts to create new markets and resource recycling using unused resources as raw materials

    Focusing on natural rubber seed, which has been neglected as an unutilized resource, we will create a new market for raw materials derived from natural rubber seed by creating raw materials for various bio-products and biochar, and establish a mechanism for resource recycling.
  • Shion Taniyama
    AVAD Corporation
    Presenter] Shion Taniyama
    Integration of IoT and education Next-generation agricultural learning platform

    Integration of IoT and education Next-generation agricultural learning platform

    Contribute to solving agricultural issues through IoT technology by providing technical education programs for smart agriculture using SPACEBLOCK, a proprietary programming material developed for educational use. Create opportunities for practical programming and agricultural learning.
  • Motoko Uchimaru
    colourloop Inc.
    Presenter】 Motoko Uchimaru
    Colour Recycle System that circulates materials by color

    Colour Recycle System that circulates materials by color

    The "Colour Recycle System," a new sorting method that focuses on the color of waste textiles, which is difficult to sort by material, creates new value and creates and provides attractive materials and products that are highly desirable to general consumers.
  • Takuya Oshima
    maya-mind
    Presenter] Takuya Oshima
    Highly accurate dementia early identification and classification AI smartphone app

    Highly accurate dementia early identification and classification AI smartphone app

    Identifying the pathology of dementia in its early stages is difficult. Maya-mind, a highly accurate early dementia identification and classification AI smartphone application we developed at Osaka University, identifies and classifies early dementia patients in a 10-minute test that measures and analyzes various behavioral aspects such as eye tracking. The company is considering introducing it as a medical device for dementia diagnosis and for dementia screening.
  • Masumi Toriya
    OH LAB
    Presenter] Masumi Toriya
    Cavitation plasma disinfected water for sustainable agriculture

    Cavitation plasma disinfected water for sustainable agriculture

    Using cavitation plasma technology, a type of underwater plasma, we will develop safe and highly effective fungicidal water for agricultural use, aiming for social implementation of technology for the control of plant pathogens that does not depend on chemical pesticides, and to realize sustainable agriculture.
  • Mariko Yoshioka
    PriMateria
    Presenter] Mariko Yoshioka
    Wood liquefaction technology creates an alternative to petroleum.

    Wood liquefaction technology creates an alternative to petroleum.

    We have developed a proprietary technology that can liquefy natural organic matter (biomass) such as wood and plants without separating each component. Using this technology, the company aims to create a 100% carbon-free, petroleum-substitute material that complies with international safety standards and criteria, and to mass-produce and commercialize it.
  • Takato Fukuda
    Space Plots
    Presenter] Takato Fukuda
    Drone-based Inspection System Innovations

    Drone-based Inspection System Innovations

    We propose a new management system based on a technology that synchronizes the shooting positions of various cameras (RGB, IR (infrared), etc.) with the positions on the 3D model of the inspection target. This technology enables, for example, centralized management of infrastructure using drones on a 3D model.
  • Kawakami, Hinako
    Photosynthetic Architecture Project
    Presenter] Hinako Kawakami
    Photosynthetic architecture" - spatial design that generates oxygen and energy

    Photosynthetic architecture" - spatial design that generates oxygen and energy

    Photosynthetic architecture" refers to architecture in which fuel cells utilizing photosynthesis of discarded plants are integrated into buildings to simultaneously create hydrogen energy, oxygen, and beautiful spaces colored green. Unlike "artificial photosynthesis," this proposal utilizes the photosynthesis of the plants themselves.
KANSAI11/16holding a meeting
Applications are closed
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