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Watch PIVOT videos
DEMONSTRATION
- DAY 1
- DAY 2
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Foldable Robotic Mobility "tatamo!" Test Ride Experience Corner (ICOMA Inc.)
DE01
https://www.icoma.co.jp
tatamo! is a communication mobility device that seamlessly blends into your daily life. The compact body, classified under the specific small moped category, is equipped with software, a small monitor, and multiple cameras. The small display features iconic "eyes" that communicate with you through facial expressions, just like a friend.
You are invited to experience a test ride of "tatamo!" — our foldable robotic mobility device currently under development.
Elementary school age and above
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“RoboBus,” a six-passenger autonomous vehicle designed to drive regional revitalization and tourism development through autonomous driving technology. (Pixel Intelligence Co., Ltd. )
DE02
https://www.pixmoving.com/ja
RoboBus is a six-passenger next-generation autonomous mobility vehicle developed by Pixel Intelligence Co., Ltd. The vehicle is equipped with eight cameras, twelve ultrasonic sensors, and five LiDAR units, enabling real-time environmental recognition and obstacle detection. It also utilizes two GNSS antennas for highly accurate self-localization, allowing the vehicle to safely operate along pre-set routes. As designed without a driver’s seat or steering wheel, RoboBus is intended for use in tourist destinations, resort facilities, and smart cities. By transforming the mobility space into an experiential environment, it contributes to the advancement of regional transportation and tourism services.
Through a test ride in the six-passenger autonomous vehicle RoboBus, visitors can experience smooth driving in a vehicle without a steering wheel and observe advanced sensor technology that recognizes the surrounding environment. In addition, the large windows allow passengers to enjoy the scenery while experiencing a glimpse of future mobility.
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The AMR “Mighty-D4” designed for autonomous transport, inspection, and patrol across both indoor and outdoor environments (Piezo Sonic Corporation)
DE03
http://www.piezo-sonic.co.jp
Mighty-D4 is a Japanese-made robot for transport, inspection, and patrol that can move freely both indoors and outdoors using a unique mechanism that combines wheels and four-legged walking, derived from mobility systems used in lunar exploration robots. It can autonomously transport heavy loads in place of human workers, and it can also tow carts while following a person using its follow-me function. It can also be remotely operated from a distance when necessary. Thanks to its high mobility, it can travel over steps of more than 10 cm, uneven surfaces, and shallow flooded areas such as puddles, allowing it to operate without being affected by road conditions.
Visitors can watch Mighty travel smoothly over uneven surfaces, slopes, and everyday obstacles. Experience a near-future world of autonomous transport that is not limited to indoor facilities.
Age restriction for remote control operation: Ages 10 and above
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KANJI ICE (FULLLIFE Corporation.)
DE04
https://www.full-life.org
This is a kanji-shaped ice cream. It is an ice cream that is resistant to melting and can maintain its shape at room temperature for about an hour due to strawberry polyphenols extracted from strawberries. It is an ideal ice cream for eating while walking.
You can enjoy the kanji ice. You can take about 30 minutes to enjoy it slowly.
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Aquam AQ Series: AWG（Atmospheric Water Generator） that extract delicious water from the air. (AQUAM,inc.)
DE05
https://aquam.jp
Aquamu’s AQ Series produces water from the air using electricity. It collects moisture from the air, purifies it through three filters, and adds minerals with natural Japanese stones. Because it makes water where it is needed, it helps reduce the cost, effort, and CO2 emissions associated with transporting and storing bottled water. It is an eco-friendly water server that creates water instead of requiring you to buy it.
Visitors can taste the water produced by the machine. They can also watch the machine make water from the air.
＜Usage Requirements＞ Under conditions of 27°C and 60% humidity, the AQ-20 can produce up to 20 liters of water per day. The production cost is about ¥17 per liter. It requires at least 15°C and 35% humidity. Below this level, the machine stops automatically. A standard household power outlet is also required.
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Deliver virtual dining experiences by combining 3D food printing and XR. (Yamagata University Furukawa Laboratory x F-EAT Inc. )
DE06
https://swel.jp/welcome/
We create a new kind of dining experience by combining 3D food printing and XR. A 3D food printer designs and produces foods with customizable shapes, textures, and nutrition, while XR goggles transform the dining environment and presentation of the meal. By blending real food with immersive virtual experiences, we open the door to new possibilities in healthcare, personalized nutrition, and entertainment dining.
3D food printing demonstration and XR goggle experience
Parental consent is required for users aged 13 and under.
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A game engine for reality delivering a one-of-a-kind user experience「Auris」 (GATARI Inc.)
DE12
https://gatari.co.jp/
"Auris" is an MR platform that provides cm-level spatial tracking and audio experiences using just a smartphone. A major feature is that it requires no physical sensors like beacons. Thus, it can be introduced without altering existing environments or cultural properties. It enables the creation of multi-layered, interactive digital experiences in a single space, ranging from entertainment to sightseeing guides and accessibility support.
Using a smartphone and earphones, you can walk around a space equipped with invisible virtual sensors to experience an interactive demo where audio plays and changes in sync with your position and orientation. Estimated time: about 5 minutes.
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Developed to enhance productivity, GALBOT G1 is a general-purpose humanoid robot designed for versatile use across a wide range of industries. (Galbot)
DE13
https://www.galbot.com
Developed to enhance productivity, GALBOT G1 is a general-purpose humanoid robot designed for versatile use across a wide range of industries. In addition to a broad operational workspace, it features high mobility with autonomous navigation and flexible omnidirectional movement, as well as a design capable of adapting to diverse and complex environments.
During the live demonstration, visitors can enjoy a dance performance by a bipedal robot. In addition, guests can place an order on a tablet and experience a retail scenario where the G1 humanoid robot retrieves items from shelves and delivers them to a designated location.
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DOG-PEE PROJECT: Giving Dogs a Place to Mark supported by Good Life on Earth (Good Life on Earth)
DE14
https://www.one-earth-g.a.u-tokyo.ac.jp/gle/
Good Life on Earth is a program run by the One Earth Guardians Development Organization at the University of Tokyo and the Toyota Mobility Foundation that supports high school and university students in realizing their ideas. “DOG-PEE PROJECT,” led by MAKITA Hinako, reimagines dog urine—often avoided in cities—as a resource and seeks to expand its value through design. The marking spot “DOG-PEE SPOT” encourages communication among dogs while absorbing urine and converting it into fertilizer, aiming to return benefits to people’s daily lives. By creating urban resource circulation, the project fosters relationships between dogs and humans that transcend species.
This exhibition features a prototype of “DOG-PEE SPOT,” developed using cellulose sponge material with high absorbency, quick-drying properties, and biodegradability.It offers a new perspective by reimagining dog marking behavior as an urban resource through an interactive experience. Please note: actual urination is not permitted.
-
Foldable Robotic Mobility "tatamo!" Test Ride Experience Corner (ICOMA Inc.)
DE01
https://www.icoma.co.jp
tatamo! is a communication mobility device that seamlessly blends into your daily life. The compact body, classified under the specific small moped category, is equipped with software, a small monitor, and multiple cameras. The small display features iconic "eyes" that communicate with you through facial expressions, just like a friend.
You are invited to experience a test ride of "tatamo!" — our foldable robotic mobility device currently under development.
Elementary school age and above
-
“RoboBus,” a six-passenger autonomous vehicle designed to drive regional revitalization and tourism development through autonomous driving technology. (Pixel Intelligence Co., Ltd. )
DE02
https://www.pixmoving.com/ja
RoboBus is a six-passenger next-generation autonomous mobility vehicle developed by Pixel Intelligence Co., Ltd. The vehicle is equipped with eight cameras, twelve ultrasonic sensors, and five LiDAR units, enabling real-time environmental recognition and obstacle detection. It also utilizes two GNSS antennas for highly accurate self-localization, allowing the vehicle to safely operate along pre-set routes. As designed without a driver’s seat or steering wheel, RoboBus is intended for use in tourist destinations, resort facilities, and smart cities. By transforming the mobility space into an experiential environment, it contributes to the advancement of regional transportation and tourism services.
Through a test ride in the six-passenger autonomous vehicle RoboBus, visitors can experience smooth driving in a vehicle without a steering wheel and observe advanced sensor technology that recognizes the surrounding environment. In addition, the large windows allow passengers to enjoy the scenery while experiencing a glimpse of future mobility.
-
The AMR “Mighty-D4” designed for autonomous transport, inspection, and patrol across both indoor and outdoor environments (Piezo Sonic Corporation)
DE03
http://www.piezo-sonic.co.jp
Mighty-D4 is a Japanese-made robot for transport, inspection, and patrol that can move freely both indoors and outdoors using a unique mechanism that combines wheels and four-legged walking, derived from mobility systems used in lunar exploration robots. It can autonomously transport heavy loads in place of human workers, and it can also tow carts while following a person using its follow-me function. It can also be remotely operated from a distance when necessary. Thanks to its high mobility, it can travel over steps of more than 10 cm, uneven surfaces, and shallow flooded areas such as puddles, allowing it to operate without being affected by road conditions.
Visitors can watch Mighty travel smoothly over uneven surfaces, slopes, and everyday obstacles. Experience a near-future world of autonomous transport that is not limited to indoor facilities.
Age restriction for remote control operation: Ages 10 and above
-
KANJI ICE (FULLLIFE Corporation.)
DE04
https://www.full-life.org
This is a kanji-shaped ice cream. It is an ice cream that is resistant to melting and can maintain its shape at room temperature for about an hour due to strawberry polyphenols extracted from strawberries. It is an ideal ice cream for eating while walking.
You can enjoy the kanji ice. You can take about 30 minutes to enjoy it slowly.
-
Aquam AQ Series: AWG（Atmospheric Water Generator） that extract delicious water from the air. (AQUAM,inc.)
DE05
https://aquam.jp
Aquamu’s AQ Series produces water from the air using electricity. It collects moisture from the air, purifies it through three filters, and adds minerals with natural Japanese stones. Because it makes water where it is needed, it helps reduce the cost, effort, and CO2 emissions associated with transporting and storing bottled water. It is an eco-friendly water server that creates water instead of requiring you to buy it.
Visitors can taste the water produced by the machine. They can also watch the machine make water from the air.
＜Usage Requirements＞ Under conditions of 27°C and 60% humidity, the AQ-20 can produce up to 20 liters of water per day. The production cost is about ¥17 per liter. It requires at least 15°C and 35% humidity. Below this level, the machine stops automatically. A standard household power outlet is also required.
-
Deliver virtual dining experiences by combining 3D food printing and XR. (Yamagata University Furukawa Laboratory x F-EAT Inc. )
DE06
https://swel.jp/welcome/
We create a new kind of dining experience by combining 3D food printing and XR. A 3D food printer designs and produces foods with customizable shapes, textures, and nutrition, while XR goggles transform the dining environment and presentation of the meal. By blending real food with immersive virtual experiences, we open the door to new possibilities in healthcare, personalized nutrition, and entertainment dining.
3D food printing demonstration and XR goggle experience
Parental consent is required for users aged 13 and under.
-
A game engine for reality delivering a one-of-a-kind user experience「Auris」 (GATARI Inc.)
DE12
https://gatari.co.jp/
"Auris" is an MR platform that provides cm-level spatial tracking and audio experiences using just a smartphone. A major feature is that it requires no physical sensors like beacons. Thus, it can be introduced without altering existing environments or cultural properties. It enables the creation of multi-layered, interactive digital experiences in a single space, ranging from entertainment to sightseeing guides and accessibility support.
Using a smartphone and earphones, you can walk around a space equipped with invisible virtual sensors to experience an interactive demo where audio plays and changes in sync with your position and orientation. Estimated time: about 5 minutes.
-
Developed to enhance productivity, GALBOT G1 is a general-purpose humanoid robot designed for versatile use across a wide range of industries. (Galbot)
DE13
https://www.galbot.com
Developed to enhance productivity, GALBOT G1 is a general-purpose humanoid robot designed for versatile use across a wide range of industries. In addition to a broad operational workspace, it features high mobility with autonomous navigation and flexible omnidirectional movement, as well as a design capable of adapting to diverse and complex environments.
During the live demonstration, visitors can enjoy a dance performance by a bipedal robot. In addition, guests can place an order on a tablet and experience a retail scenario where the G1 humanoid robot retrieves items from shelves and delivers them to a designated location.
-
DOG-PEE PROJECT: Giving Dogs a Place to Mark supported by Good Life on Earth (Good Life on Earth)
DE14
https://www.one-earth-g.a.u-tokyo.ac.jp/gle/
Good Life on Earth is a program run by the One Earth Guardians Development Organization at the University of Tokyo and the Toyota Mobility Foundation that supports high school and university students in realizing their ideas. “DOG-PEE PROJECT,” led by MAKITA Hinako, reimagines dog urine—often avoided in cities—as a resource and seeks to expand its value through design. The marking spot “DOG-PEE SPOT” encourages communication among dogs while absorbing urine and converting it into fertilizer, aiming to return benefits to people’s daily lives. By creating urban resource circulation, the project fosters relationships between dogs and humans that transcend species.
This exhibition features a prototype of “DOG-PEE SPOT,” developed using cellulose sponge material with high absorbency, quick-drying properties, and biodegradability.It offers a new perspective by reimagining dog marking behavior as an urban resource through an interactive experience. Please note: actual urination is not permitted.
Demonstration Exhibit
"Takanawa Farm ~A system for cultivating soil and growing crops in an 'urban farm'~"
In a corner of Station Plaza, visitors can experience an "urban farm" through actual cultivation displays showcasing crop-growing systems developed by agricultural startups.
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「SuperSponge」An All-Natural Water Retainer that Enables Farming in Drought Conditions (Teraform Inc.)
DE07
https://teraform-inc.com/
SuperSponge retains moisture around plant roots and promotes early root development. Strong root growth allows crops to grow resilient, even under high summer temperatures and water shortages. Being 100% bio-based, SuperSponge is fully biodegradable. Unlike petroleum-based soil water-retention agents, it leaves no microplastics in the soil.
Comparison of cabbage growth with and without SuperSponge.
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A symbiotic fungus, “DSE,” that enables high-value greenery across all environmental conditions. (endophyte Inc.)
DE08
https://endo-phyte.com/
Endophyte’s symbiotic fungus, DSE, colonizes plant roots and enhances growth, improves tolerance to environmental stresses, and increases functional compounds. It can be easily applied through seedling soil mixes or liquid formulations without changing existing cultivation practices, enabling high-value agriculture and greening. Applicable across agriculture, urban greening, and forestry, DSE contributes to building a sustainable and profitable green industry.
You can experience, through a live demonstration, the enhanced plant growth effects in challenging environments such as saline and acidic soils, where cultivation is typically difficult.
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“WAKUFUL” — A Biostimulant Formulated with a high concentration of the antioxidant glutathione — (WAKU Inc.)
DE09
https://wakuwakudriven.com/
“WAKUFUL” is a liquid biostimulant formulated with a high concentration of the antioxidant glutathione. It works from within the plant to enhance physiological functions, simultaneously boosting photosynthesis and improving tolerance to environmental stress. By activating the Calvin cycle and reducing reactive oxygen species, it supports stable growth even under challenging conditions and helps increase yields. Easy to use across different growth stages, it is a next-generation agricultural input that delivers results you can truly feel in the field.
At the exhibition, we will showcase side-by-side comparisons of crops grown with and without the biostimulant “WAKUFUL,” formulated with glutathione. Visitors will be able to directly observe differences in plant growth, leaf color, and root development, gaining an intuitive understanding of how WAKUFUL enhances plant physiological functions. We will also present real-world application cases and results from cultivation sites, helping you visualize how WAKUFUL can be implemented in practice. Experience the difference firsthand and see the impact in the field.
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“Augmented Ecosystems” which Overcome the Tradeoff Between Human Activity and the Natural Environment —Tackling the Trilemma of Environmental Problems, Food Crises, and Public Health— (SynecO, Inc.)
DE10
https://www.syneco.inc/
“Augmented Ecosystems” are ecosystems created through proactive human intervention that possess greater biodiversity and functionality than natural ecosystems. To establish augmented ecosystems, a wide variety of plants—a much higher variety than occurs in natural conditions—are strategically planted and harvested in a mixed, dense manner. This promotes interactions among plants and helps develop a rich ecosystem. This exhibition displays small, augmented ecosystems in planters. Despite their small size, these planters, filled with a diverse array of plants, contribute to urban biodiversity by offering habitats and food for a variety of living organisms, such as microorganisms and insects.
Through these planters created utilizing the actual construction process of augmented ecosystems－namely, the strategic mixing and dense planting of plants－you can gain an intuitive understanding of augmented ecosystems. We hope it helps you envision how augmented ecosystems contribute to a nature-positive future.
-
Canine Planting Diagnostic Robot "08" & AI Weather Station with Integrated Camera "Field Analyzer" (Agrinome Lab. Inc)
DE11
https://agrinome.jp/
It's a cutting-edge plant diagnostic service that integrates mobile 3D scanning via quadruped robots with environmental data from the "Field Analyzer" fixed-point platform. By overlaying AI-analyzed metrics—such as CO2 concentration and transpiration rates—onto camera and LiDAR-generated digital twins, the system automates precision management for urban landscapes and farmland. Visualized through ply-viewer, this fusion of mobile robotics and static sensing realizes the next generation of autonomous vegetation maintenance.
We exhibit a demonstration of the futuristic four-legged robot "08" and the next-generation weather meter "Field Analyzer," as well as a 3D reconstruction of the plants.
Please refrain from touching robots or other equipment.
-
「SuperSponge」An All-Natural Water Retainer that Enables Farming in Drought Conditions (Teraform Inc.)
DE07
https://teraform-inc.com/
SuperSponge retains moisture around plant roots and promotes early root development. Strong root growth allows crops to grow resilient, even under high summer temperatures and water shortages. Being 100% bio-based, SuperSponge is fully biodegradable. Unlike petroleum-based soil water-retention agents, it leaves no microplastics in the soil.
Comparison of cabbage growth with and without SuperSponge.
-
A symbiotic fungus, “DSE,” that enables high-value greenery across all environmental conditions. (endophyte Inc.)
DE08
https://endo-phyte.com/
Endophyte’s symbiotic fungus, DSE, colonizes plant roots and enhances growth, improves tolerance to environmental stresses, and increases functional compounds. It can be easily applied through seedling soil mixes or liquid formulations without changing existing cultivation practices, enabling high-value agriculture and greening. Applicable across agriculture, urban greening, and forestry, DSE contributes to building a sustainable and profitable green industry.
You can experience, through a live demonstration, the enhanced plant growth effects in challenging environments such as saline and acidic soils, where cultivation is typically difficult.
-
“WAKUFUL” — A Biostimulant Formulated with a high concentration of the antioxidant glutathione — (WAKU Inc.)
DE09
https://wakuwakudriven.com/
“WAKUFUL” is a liquid biostimulant formulated with a high concentration of the antioxidant glutathione. It works from within the plant to enhance physiological functions, simultaneously boosting photosynthesis and improving tolerance to environmental stress. By activating the Calvin cycle and reducing reactive oxygen species, it supports stable growth even under challenging conditions and helps increase yields. Easy to use across different growth stages, it is a next-generation agricultural input that delivers results you can truly feel in the field.
At the exhibition, we will showcase side-by-side comparisons of crops grown with and without the biostimulant “WAKUFUL,” formulated with glutathione. Visitors will be able to directly observe differences in plant growth, leaf color, and root development, gaining an intuitive understanding of how WAKUFUL enhances plant physiological functions. We will also present real-world application cases and results from cultivation sites, helping you visualize how WAKUFUL can be implemented in practice. Experience the difference firsthand and see the impact in the field.
-
“Augmented Ecosystems” which Overcome the Tradeoff Between Human Activity and the Natural Environment —Tackling the Trilemma of Environmental Problems, Food Crises, and Public Health— (SynecO, Inc.)
DE10
https://www.syneco.inc/
“Augmented Ecosystems” are ecosystems created through proactive human intervention that possess greater biodiversity and functionality than natural ecosystems. To establish augmented ecosystems, a wide variety of plants—a much higher variety than occurs in natural conditions—are strategically planted and harvested in a mixed, dense manner. This promotes interactions among plants and helps develop a rich ecosystem. This exhibition displays small, augmented ecosystems in planters. Despite their small size, these planters, filled with a diverse array of plants, contribute to urban biodiversity by offering habitats and food for a variety of living organisms, such as microorganisms and insects.
Through these planters created utilizing the actual construction process of augmented ecosystems－namely, the strategic mixing and dense planting of plants－you can gain an intuitive understanding of augmented ecosystems. We hope it helps you envision how augmented ecosystems contribute to a nature-positive future.
-
Canine Planting Diagnostic Robot "08" & AI Weather Station with Integrated Camera "Field Analyzer" (Agrinome Lab. Inc)
DE11
https://agrinome.jp/
It's a cutting-edge plant diagnostic service that integrates mobile 3D scanning via quadruped robots with environmental data from the "Field Analyzer" fixed-point platform. By overlaying AI-analyzed metrics—such as CO2 concentration and transpiration rates—onto camera and LiDAR-generated digital twins, the system automates precision management for urban landscapes and farmland. Visualized through ply-viewer, this fusion of mobile robotics and static sensing realizes the next generation of autonomous vegetation maintenance.
We exhibit a demonstration of the futuristic four-legged robot "08" and the next-generation weather meter "Field Analyzer," as well as a 3D reconstruction of the plants.
Please refrain from touching robots or other equipment.
CONTACT
If you have any questions,
please contact us from the following link.