Global Startup EXPO 2026

A Star Quantum Inc

Business Overview: ComingSoon

Exhibition Contents: Our quantum AI cloud platform, “AQCloud,” is equipped with engines for rapidly solving optimization problems and for ultra-high-speed analysis of large-scale data. It has already been adopted by major enterprises, including JAL.

Corporate Website: https://a-star-quantum.jp/en

Aerosense Inc.

Business Overview: We are a solutions vendor that contributes to society by automating a wide range of real-world operations through solutions that integrate cutting-edge drones, AI, and cloud technologies. Centered on “Aerobo Wing,” a domestically produced vertical takeoff and landing fixed-wing drone (VTOL) that has obtained type certification, we provide fully automated flight systems that use LTE and, in the future, satellite communications as well. A single flight can cover wide areas of 70 km to 250 km through long-duration automated takeoff and landing and autonomous cruising, bringing innovation to infrastructure inspections, wide-area disaster response, DX in forestry and precision agriculture, and even logistics in depopulated areas—fields that have been difficult for conventional rotary-wing drones to address. Compared with satellites and manned helicopters, we are building an information-gathering infrastructure that is overwhelmingly lower-cost, higher-frequency, and lower-carbon, and we are globally promoting the realization of sustainable local communities.

Exhibition Contents: We will exhibit the actual unit of the domestically developed vertical takeoff and landing fixed-wing drone (VTOL), “AEROBO wing.” The display will highlight its size and versatile payload structure, showcasing an aircraft that requires no runway while combining the convenience of rotary-wing drones with the high-speed, long-distance flight capabilities of fixed-wing aircraft.

Corporate Website: https://aerosense.co.jp/en/

AiTrax Co., Ltd.

Business Overview: For autonomous mobile robots and Physical AI to operate in the real world, a wireless network covering the entire site is essential. However, in factories, shipyards, construction sites, plants, and similar environments, radio waves are blocked by metal shielding and obstacles, while wiring is also difficult, preventing this prerequisite from being met and halting digitalization itself. We have developed an algorithm that enables uninterrupted communication even in extreme environments where radio conditions change drastically. Our solution automatically creates wide-area coverage without wiring and has been patented in Japan, the United States, and Europe. It has also been selected for SBIR programs by multiple government ministries and has a track record in government procurement. In Japan, we have conducted repeated demonstrations at shipbuilding and infrastructure sites. Overseas, starting with satellite communications in Brazil and Benin, local staff alone were able to establish coverage over approximately 22 hectares in about one hour. By combining equipment sales with cloud-based subscriptions, we provide our solution to the construction, infrastructure, and resources markets through a buy-and-resell distributor network, and are expanding into Japan, South America, and Africa.

Exhibition Contents: Wireless access point

Corporate Website: https://aitrax.co.jp

Almaprism Inc.

Business Overview: We are a startup developing a game-based assessment that visualizes cognitive functions related to ADHD. Conventional ADHD evaluation requires interviews and tests conducted by specialized staff, which are time-consuming and costly, and results can take several weeks to obtain. This has hindered continuous treatment evaluation. In fact, about 77% of pediatric ADHD patients discontinue treatment within one year, and approximately 90% of physicians are unable to conduct follow-up assessments.
Our product measures cognitive characteristics such as executive function, planning ability, cognitive flexibility, working memory, and inhibition through about 30 minutes of gameplay, then immediately presents results and feedback. The technology is supported by peer-reviewed publications and patents, and its accuracy has been confirmed to be equivalent to standard clinical tests.
By enabling families and physicians to share ADHD status, treatment goals, and changes over time, we aim to “protect lives by visualizing ADHD treatment” through deployment in medical institutions in Japan, the United States, and Europe.

Exhibition Contents: We are planning a booth where visitors can experience a demonstration of a video game-based programmed medical device scheduled for clinical trials, including the actual user flow from measurement using the game to a series of feedback provided to physicians. A demo version of the game will be installed, allowing visitors to freely try it. We envision two areas: one with a gaming PC, and another with a PC or tablet next to it displaying actual assessment results, enabling visitors to see how data obtained from the game is displayed.

Corporate Website: https://almaprism.com/

AMI, Inc.

Business Overview: AMI is also advancing integration with its remote medical support system, “Cloud Choshin®.” By leveraging clinical databases built through multicenter joint research and proprietary signal processing technologies, the company supports healthcare professionals in clinical practice and promotes use across a wide range of fields, including regional healthcare, dialysis care, health checkups, and telemedicine.

Exhibition Contents: “Super Stethoscope” is a non-invasive solution that combines a medical device capable of acquiring data easily and accurately with a telemedicine support system.

“Cardio-EGG®︎” (AMI-SSS02 Series Phonocardiography System) is a regulatory-approved medical device that can synchronously record, store, and replay heart sounds and electrocardiogram data.

By acquiring both ECG and phonocardiogram data, it enables testing for organic heart diseases caused by deterioration in the movement of valves or cardiac muscle, such as valvular heart disease and heart failure. In addition, through integration with the telemedicine support service “Cloud Cho-Shin®,” it provides analysis results of ECG and heart sound data to support physicians’ diagnoses in clinical settings.

Unlike conventional methods, it enables diagnosis even by non-specialists and provides results in a short time, making it useful not only in hospitals but also in a wide range of medical settings, including clinics and health checkup centers.

The product has obtained regulatory approval and insurance coverage in Japan.

Corporate Website: https://ami.inc/en

Anaut Inc.

Business Overview: Anaut Inc. is a medical device startup that develops, manufactures, and sells “EUREKA,” an AI-powered surgical support system.
In surgery, it is essential to accurately recognize complex anatomical structures that differ from patient to patient. Reports indicate that serious adverse events occur in approximately 15% of hospitalized surgical patients in the United States, and that misidentification of anatomical structures contributes to about one-third of intraoperative injuries in abdominal and pelvic surgeries. Improving surgical safety is therefore a global challenge.
“EUREKA” analyzes surgical video from endoscopes and surgical-assist robots, and highlights critical anatomical structures in real time, including loose connective tissue, nerves, and the pancreas. By visualizing the anatomical structures that experienced surgeons focus on, it supports surgeons’ visual recognition during procedures.
Anaut Inc. is committed to developing and implementing AI-powered surgical support systems in society, with the aim of realizing a future in which all patients around the world can receive safe, high-quality surgery, regardless of differences in physicians’ levels of experience.

Exhibition Contents: We will exhibit “EUREKA,” an AI-powered surgical support system. EUREKA analyzes surgical videos from endoscopes and surgical robotic systems, and highlights important anatomical structures—such as connective tissue, nerves, and the pancreas—in real time.
By visualizing what experienced surgeons observe, EUREKA supports surgeons’ visual recognition, contributing to safer surgery and more efficient surgical education.
This product received medical device approval in Japan in 2024 and medical device certification in the United Kingdom in 2027.

Corporate Website: https://anaut-surg.com/en-intl

Applied FUSION Technology Co., Ltd.

Business Overview: Applied FUSION Technology Co., Ltd. is a “spin-out/spin-in” startup that applies extreme technologies cultivated through fusion science research to solve social challenges, and then feeds the resulting implementation outcomes back into the future fusion industry. As its first initiative, the company is developing the “A.F.T. Cleaner,” an air purification device that applies porous materials and adsorption technologies derived from vacuum pumping research for fusion devices, together with plasma and optical technologies. Applied FUSION Technology aims to reduce infection risks in hospitals, nursing care facilities, ambulances, and patient transport vehicles, and is advancing prototype development, virus performance evaluation, and real-environment PoC testing. In the future, the company plans to expand functional filters into medical, public health, livestock, and industrial applications, while returning the materials and manufacturing technologies gained through these efforts to the development of fusion equipment.

Exhibition Contents: We will exhibit a working air-purifier-type A.F.T. cleaner, samples of porous A.F.T. filters, and a small prototype designed for patient transport and enclosed spaces. The actual unit will be operated on-site, and panels and videos will introduce the mechanism of adsorption by the filter and inactivation through heat, ultraviolet light, and other methods, as well as the social implementation of materials and plasma technologies derived from fusion research, and PoC plans for use in medical and nursing care facilities and patient transport vehicles.

The demonstration will show the air-blowing operation and the filter replacement structure.

Corporate Website: https://aft.green

ArkEdge Space Inc.

Business Overview: ArkEdge Space is a space startup that provides end-to-end services for space infrastructure using small satellites, covering planning and development, manufacturing, launch, operations, and data and service provision. Based on a highly versatile microsatellite platform, the company supports a wide range of missions, including Earth observation, maritime communications and vessel information, IoT communications, radio-frequency observation, positioning, and lunar and deep-space exploration. To date, ArkEdge Space has worked with government agencies, research institutions, and companies in Japan and overseas, contributing to the launch of a cumulative total of 18 satellites. Its strengths go beyond supplying satellites alone, encompassing end-to-end support that includes mission design, payload integration, manufacturing with mass production in mind, launch coordination, ground station operations, and analysis and utilization of acquired data. Furthermore, through the development of constellations that coordinate multiple satellites, ArkEdge Space aims to address social challenges in fields such as maritime operations, disaster response, the environment, communications, and positioning, implementing space as a more accessible and practical infrastructure for society.

Exhibition Contents: We will exhibit a full-scale model of a 6U-class microsatellite/nanosatellite measuring 100 × 200 × 300 mm.

By standardizing the satellite’s basic configuration, it is possible to develop different variants, including Earth observation satellites, communication satellites, positioning satellites, and VDES satellites. This enables us to provide solutions that can address various global challenges quickly and cost-effectively.

Corporate Website: https://arkedgespace.com/en

Ashirase,Inc.

Business Overview: Ashirase is a startup originating from Honda that began with the development of “Ashirase,” a walking assistance device for visually impaired people, and is now deploying IndoorFlow, an indoor spatial data platform built on the high-precision positioning and spatial data technologies cultivated through that work. IndoorFlow requires no installation work such as beacons; it digitizes indoor spaces simply by capturing footage with a 360° camera for about 10 minutes per 1,000 square meters and provides high-precision navigation. Its greatest feature is that a single scan can simultaneously create multiple types of value, including indoor navigation, store marketing, and DX for building management. By turning accumulated pedestrian flow and behavioral data into assets that can be secondarily utilized, IndoorFlow contributes to labor savings and improved circulation for facility operators.

Exhibition Contents: We plan to demonstrate our indoor spatial data platform, “IndoorFlow.” The demonstration will focus on three main elements:

1. An indoor navigation experience using smartphones and tablets, requiring no construction work, along with navigation video displays;

2. Case studies showcasing the creation of 3D facility maps and spatial data captured with a 360° camera; and

3. Examples of multi-value applications generated from a single scan, such as people-flow analysis and digital transformation for building management.

In addition, we will exhibit the actual “Ashirase” walking-assistance device for visually impaired users, which forms the core of our technology. Through this, we will introduce the overall business concept to visitors and overseas partners, showing how our business has evolved from B2C assistive technology into a B2B spatial data business.

Corporate Website: https://www.ashirase.com/global

Atomis Inc.

Business Overview: This startup specializes in next-generation porous materials, including metal–organic frameworks (MOFs), based on the research of Distinguished Professor Susumu Kitagawa of the Kyoto University Institute for Advanced Study, recipient of the 2025 Nobel Prize in Chemistry. These new materials enable the separation, capture, storage, and conversion of gases, and the company operates two businesses aimed at their social implementation. Materials Business: The company designs, evaluates, manufactures, and sells next-generation porous materials tailored to customers’ specific applications. Impact Business: The company provides small-scale, distributed gas distribution infrastructure services using CubiTan®, a “lightweight, compact, and smart” next-generation high-pressure gas cylinder.

Exhibition Contents: **Smart Gas Network Service**

Using CubiTan, a lightweight, compact, and smart high-pressure gas cylinder that utilizes next-generation porous material MOF, this service enables more efficient distribution of not only industrial gases but also energy gases. The service consists of CubiBase, a charging relay rack for safely storing CubiTan cylinders; CubiLoop, an integrated web system for data management and service provision; and CubiApp, a smartphone application.

**Porous Metal–Organic Framework / MOF Samples**

Samples of porous metal–organic frameworks (MOFs) designed and manufactured by our company, including powders, granules, pellets, films, mixed-fiber paper, and honeycomb structures.

Corporate Website: https://www.atomis.co.jp/en/

ayumo Inc.

Business Overview: We are a healthtech startup from Osaka University committed to contributing to a healthy society where people can continue walking on their own feet throughout life. We are developing a medical device that records walking videos of patients who have difficulty walking or complain of numbness in their limbs using a general-purpose camera, then combines our proprietary gait analysis technology with clinical information databases to objectively present motor function, possible diseases, and severity.
In April 2025, we launched Dr Walkie Plus in Japan, a Class I medical device that quantitatively evaluates walking speed, stride length, and related parameters. We are currently advancing development toward approval and commercialization of a diagnostic support program, or SaMD, initially targeting spinal disorders. In the future, we plan to expand its application to other orthopedic diseases, neurological disorders, and related conditions.
We also provide wellness services for nursing care facilities and companies to support motor function assessment and fall-risk reduction. By expanding our services into the prevention and recovery domains, we aim to establish a new clinical platform for people with walking difficulties.

Exhibition Contents: 1. Gait analyzer “Dr Walkie Plus” (medical device)

Launched in 2025. A gait analyzer adopted by medical institutions in Japan. This tablet-type medical device can evaluate motor function and calculate gait parameters simply by having the user walk in front of the built-in camera.

2. “My Walkie Link” (wellness service)

Prototype. A tablet-type wellness service that can evaluate motor function and fall risk in middle-aged and older adults simply by having them walk in front of the built-in camera, and can also suggest exercise programs according to their condition.

Corporate Website: https://ayumo.ai/en/

Chitose Robotics Inc.

Business Overview: Chitose Robotics Inc. develops and provides “Crewbo,” a system integration platform for controlling industrial and collaborative robots. The company offers software products that enable ultra-high-precision and high-speed robot control by leveraging its proprietary control algorithm, “real-time visual feedback control,” which uses cameras and sensors. This makes it possible to automate tasks that have previously been difficult to automate, such as handling flexible wire harnesses and assembling extremely small semiconductor-related components—tasks that require vision as well as highly precise robot end-effector control.

Exhibition Contents: **“Industrial Robot Unit Capable of Receiving Motion Instructions in Natural Language Using VLM”**

Conventional industrial robots require motion teaching and programming, which can lead to challenges such as high system integration costs—often exceeding JPY 15 million—and long delivery times of more than four months.

Worksites seeking to improve labor productivity, as well as processes facing labor shortages, need affordable robotic labor that can be instructed and automated immediately.

The product on display is a physical AI-based industrial robot unit that enables on-site workers with no specialized knowledge of robotics to give work instructions in Japanese. Based on these instructions, the tasks to be performed by the industrial robot are automatically generated, enabling robotic automation without the need for a system integrator.

Corporate Website: https://en.chitose-robotics.com/

Clean Planet Inc.

Business Overview: Clean Planet Inc. is a Japan-based deep tech company aiming to socially implement next-generation fusion energy called “Quantum Hydrogen Energy” (QHe), which utilizes Solid State Fusion. QHe is an innovative fusion technology that extracts thermal energy by using hydrogen within metallic nanostructures, and is expected to serve as a clean energy source with high safety, no CO₂ emissions, and no radioactive waste. In collaboration with research institutions including Tohoku University, the company is consistently advancing efforts from basic research to demonstration development and the establishment of mass production technologies. Currently, Clean Planet is working with Miura Co., Ltd. to commercialize industrial heat supply systems, while aiming to expand in the future into a wide range of fields, including power generation, data centers, desalination, and district heating. In response to the global challenges of growing energy demand and decarbonization, the company seeks to contribute to the realization of a sustainable society through innovative fusion technology originating from Japan.

Exhibition Contents: We will exhibit a full-scale mock-up of our Quantum Hydrogen Energy (QHe) system, along with introductions to our business and technology. The exhibit will focus on heat supply systems for industrial boilers, while also presenting application examples for power generation, AI data centers, seawater desalination, district heating, agricultural greenhouses, and other fields through videos and display panels.

At the booth, we aim to promote collaboration with business companies, investors, local governments, and research institutions, leading to domestic and international demonstration projects and business partnerships.

Corporate Website: https://www.cleanplanet.co.jp/

Digital Platformer Co.,Ltd

Business Overview: Digital Platformer Co.,Ltd is a startup that builds “trust infrastructure” for the digital society by leveraging technologies such as blockchain and decentralized identity (DID). With the mission of “reducing the cost and time of money transfers as close to zero as possible,” the company provides “Tochituka,” a digital regional currency app utilizing Japan’s first deposit-backed stablecoin, or tokenized deposit, as well as “MySov,” a decentralized identity platform. By collaborating with local governments and regional financial institutions, Digital Platformer supports the revitalization of regional economies and the digital transformation of administrative and financial infrastructure.

Exhibition Contents: At this event, under the theme of “Rulemaking for Emerging Technologies,” we will present panel displays and explanations on the “Concept for Utilizing AI Agents in Financial Infrastructure.” The exhibit will introduce initiatives aligned with current efforts such as DID/VC and tokenized deposits, while aiming to raise awareness of the company’s role as an infrastructure provider for AI agent transactions within the industry and to promote active involvement in international rulemaking.

At the booth, we will also demonstrate the digital local currency “Tochituka” and the decentralized identity platform “MySov.” These demonstrations will show how our digital ID and tokenized deposit technologies can be applied to improve the efficiency of cross-border payments, including integration with USDC and similar systems; enable efficient and high-speed transactions by properly authorized AI agents; and serve as an ID infrastructure for enhancing supply chain transparency. Through this exhibit, we aim to expand into overseas markets and build international partnerships.

Corporate Website: https://digitalplatformer.co.jp/en/

Dynamic Map Platform Co., Ltd.

Business Overview: Dynamic Map Platform Co., Ltd. operates under the mission of “Modeling the Earth,” with a core focus on providing high-definition 3D map data, or HD maps, that digitally recreate the real world.
In addition to HD maps for autonomous driving and advanced driver-assistance systems, the company offers “3Dmapspocket,” a SaaS service that utilizes point cloud data; “SRSS,” a guidance application used for purposes such as snow removal support; and a data integration platform that enables coordination between data and mobility.
The company possesses one of the world’s largest high-definition 3D data assets, covering more than 1.8 million kilometers across 26 countries. These assets are used not only in the automotive sector, but also in a wide range of fields including logistics, airports, ports, infrastructure management, and AI training.

Exhibition Contents: We plan to exhibit the following:

– An overview of high-precision 3D map data, including coverage and the generation process

– Examples of how this data is used, such as for simulation and AI training

– Case studies of SaaS services and guidance applications using 3D map data

– Examples of the use of high-precision 4D map data in the digitalization of social infrastructure, including logistics, airports, and ports, mainly focusing on PoCs

Corporate Website: https://www.dynamic-maps.co.jp/en/

Eco-Pork co., ltd.

Business Overview: “Passing on meat culture to the next generation.” Eco-Pork is a data company that is digitally transforming the pig farming industry, the world’s largest primary industry with a market size of 40 trillion yen. As the largest source of protein, pig farming faces major challenges, including environmental impact from consuming 1.3 times more grain than humans, substantial CO2 emissions, and a severe labor shortage. Eco-Pork is taking on the challenge of making pig farming sustainable. The company offers Porker, a pig farm management support system with a 15% domestic market share that improves productivity by an average of 7% per year, Japan’s first AI pig farming camera, and Japan’s only pig farming carbon credit. It has achieved results contributing to an annual sales increase of approximately 7.93 billion yen across domestic farms and an additional supply of around 13,000 tons of pork. Eco-Pork has also been selected for the Ministry of Economy, Trade and Industry’s J-Startup Impact program. By balancing productivity improvements in pig farming with reduced environmental impact, Eco-Pork aims to support the world’s food supply.

Exhibition Contents: We will exhibit a live demonstration (shown on a monitor) of our in-house developed AI camera, “Pig Data Station,” which achieves 99.99% accuracy in headcount and ±3% accuracy in weight estimation. We will also present demo screens of “Porker,” our cloud-based management support system for pig farming, as well as panels and videos introducing Japan’s only pig-farming carbon credit initiative.

Visitors will be able to experience the accuracy of AI image recognition and understand how it helps reduce labor and improve profitability on-site.

Corporate Website: https://www.eco-pork.com/

EF Polymer K.K.

Business Overview: EF Polymer is a startup that develops, manufactures, and sells “EF Polymer,” a 100% naturally derived superabsorbent polymer made by upcycling organic resources that would otherwise be discarded, such as orange and banana peels, with the mission of solving social issues caused by water scarcity through the power of nature. As a sustainable alternative to conventional petroleum-derived absorbent polymers, EF Polymer contributes to water conservation, drought countermeasures, and stable crop yields in the agricultural sector by improving soil water retention. The product has been sold in around 10 countries, mainly in India and Japan, and trials are currently underway in more than 20 countries. Building on technologies cultivated in agriculture, the company is also accelerating expansion into a wide range of fields, including cosmetics, daily necessities, and construction materials. As a high-performance material with low environmental impact, EF Polymer is advancing joint development and demonstration projects with major companies in Japan and overseas, aiming to become a new standard for sustainable materials. Headquartered in Okinawa with a production base in India, the company is promoting business development with a view to the global market.

Exhibition Contents: EF Polymer: a pouch-type agricultural material

Bananas and oranges: displayed as examples of raw materials for EF Polymer

Cosmetic samples: lotion, cream, facial masks, etc.

Hygiene product samples: diapers

Corporate Website: https://www.efpolymer.com/en-us

ExtenD Co.,Ltd.

Business Overview: Our core business is the sale of equipment for diamond film deposition and materials development using hot filament chemical vapor deposition (HFCVD). Our main target is the increasingly serious heat generation issues in areas such as generative AI and data centers, power semiconductors, and advanced electronic devices. For companies and research institutions applying high-thermal-conductivity diamond to heat spreaders and thermal dissipation components, we provide equipment proposals tailored to specific applications, installation support, process condition setup, and operational assistance, thereby promoting the social implementation of next-generation thermal management. In parallel, we are also developing and providing an interactive “Liquid AI Sommelier” that offers recommendations based on user preferences and conditions.

Exhibition Contents: The main exhibits will be a technical panel introducing our HFCVD diamond deposition system and an actual 12-inch diamond-coated wafer. The technical panel will present the system configuration, our proprietary filament tension adjustment function, and uniform deposition technology for large substrates. Through the display of the actual 12-inch wafer, we will visually demonstrate our capability for large-area deposition and show potential applications in thermal management for data centers for generative AI, power semiconductors, and advanced electronic devices. We will also introduce proposals for equipment specifications tailored to customer needs and support for establishing deposition conditions.

Corporate Website: https://www.extend-dia.com/

Genics Co., Ltd.

Business Overview: Genics Co., Ltd. is a startup that develops, manufactures, and sells health-related robots based on robotics research from Waseda University. Its flagship product, the oral care robot g.eN, features a dedicated brush that automatically moves along the dental arch and cleans both the buccal and lingual sides of the teeth simultaneously, enabling hands-free brushing in as little as one minute. In addition to the brush, the device includes an oral stimulation attachment that gently stimulates the cheeks and tongue area, aiming to make daily oral care easier to continue for general households, children, older adults, people with disabilities, and those requiring care support. While advancing mass production for general sales, Genics is conducting introductions and demonstrations in dentistry, nursing care and welfare, employee benefits, and related fields.

Exhibition Contents: We will exhibit the main unit of the oral care robot “g.eN,” brush attachments for adults and children, integrated upper-and-lower and separate upper/lower types, and an oral stimulation attachment. Using a dental model, we will demonstrate how the dedicated brush automatically moves along the dentition and simultaneously covers both the buccal and lingual sides. We will explain to visitors the differences from conventional electric toothbrushes, automatic brushing in as little as one minute, a design that reduces dependence on the user’s skill and finger movements, and use cases in nursing care, welfare, childcare, and employee benefits. For hygiene management reasons, demonstrations will generally be conducted using dental models.

Corporate Website: https://genics.jp/

Godot Inc.

Business Overview: Godot Inc. is a deep-tech startup specializing in research on the principles of human behavior and the development of AI systems based on that research. By integrating models of human behavior based on behavioral science and cognitive science with models of urban spaces and physical environments, the company develops AI that predicts why and how people move under specific environmental conditions and what kinds of support they need, thereby supporting citizens as they adapt their lives to continuously changing environments. One of its focus areas is Climate x Health. Due to climate change, extreme weather events such as intense heat and torrential rain are becoming the norm in cities, causing life-threatening damage. The question now is not only “how can we stop climate change,” but also “how can we adapt and live in a climate that has already changed.” To address this challenge, Godot is building an urban digital twin that integrates behavioral simulators and climate simulators, creating a decision-making platform that enables citizens and local governments to collaboratively advance urban development.

Exhibition Contents: “CAL-Twin” builds an urban digital twin that integrates a behavior simulator and a climate simulator, creating a decision-making platform that enables citizens and local governments to collaborate on urban development. It allows policy interventions in urban planning and development to be verified in advance, and also enables simulations of multiple policy measures.

Corporate Website: https://godot.inc/

HUINNO

Business Overview: HUINNO is a digital healthcare leader specializing in AI-driven remote cardiac monitoring solutions. Combining wearable sensors and advanced software algorithms, we deliver accurate, real-time diagnostic insights to improve patient outcomes and streamline clinical workflows.

Our business centers on two flagship platforms:

MEMO CARE (AI Holter Monitoring): Deployed across 60+ general hospitals in South Korea, demonstrating clinical reliability. Building on this, HUINNO is expanding globally with market entries into Japan, Taiwan, and Vietnam this year.

MEMO CUE (Real-time Vital Sign Monitoring): Designed for continuous patient surveillance, this platform is utilized by 10 major hospitals. We are scaling operations to expand market share and establish it as a standard in proactive care.

Through innovation and expansion, HUINNO is transforming digital electrocardiology and remote patient management worldwide.

Exhibition Contents: HUINNO will showcase MEMO CUE, our cutting-edge digital healthcare platform designed for continuous, real-time vital sign monitoring and AI-driven analysis.

To effectively demonstrate the core capabilities of this technology―specifically how ECG and other critical bio-signals are collected, transmitted, and analyzed in real time―we will set up dedicated medical/display monitors within our booth.

Visitors will be able to experience a live, hands-on demonstration of the software interface, visualizing how the platform tracks patient data seamlessly for both in-hospital telemetry and out-of-hospital remote care solutions.

Corporate Website: https://huinno.com/en/

illuminus Inc.

Business Overview: illuminus Inc. is a Tohoku University startup engaged in the research, development, manufacturing, and sales of multicomponent, fully solid-solution alloy nanoparticles, which are difficult to produce using conventional chemical reduction methods, with its proprietary laser-induced reduction method as its core technology. This technology is characterized by its ability to synthesize nanoparticles ranging from several nanometers to several tens of nanometers at room temperature and under atmospheric conditions, without using reducing agents or catalysts, by irradiating solutions containing metal ions with ultrashort-pulse lasers. In response to customer requirements, we design elemental composition, particle size, surface condition, dispersion media, and other parameters, and deploy our nanoparticles across a wide range of applications including catalysts, semiconductor bonding materials, electronic components, energy, and healthcare. Starting with sample provision and joint research, we are pursuing an integrated business model that spans the development of application-specific recipes, mass production and supply of nanoparticles, sales of continuous synthesis systems, and maintenance and licensing. We are currently developing continuous synthesis technology through a NEDO project, with the aim of establishing stable nanoparticle supply and expanding sales of manufacturing equipment in the future.

Exhibition Contents: Various nanoparticle dispersions;

Various nanoparticle powders

Corporate Website: https://www.illuminus.co.jp/

Immunosens Co., Ltd.

Business Overview: We are a startup from Osaka University aiming to realize a society where anyone can receive medical-grade health checks anytime, anywhere. With our proprietary electrochemical immunoassay technology, GLEIA, at the core, we have enabled high-sensitivity testing that previously required large hospital-based equipment to be performed using a palm-sized device. Currently, in chronic diseases such as heart failure, a global challenge, the “monitoring gap” for patients who have difficulty visiting hospitals leads to disease progression and worsening conditions. To fill this gap, we are conducting test marketing toward the commercialization of precise at-home disease management, or Test@Home, and are taking on the challenge of preventing future rehospitalizations and reducing medical costs. Our strength lies in the extremely high versatility of this platform technology. By changing the reagent, or antibody, inside the sensor, a single device can seamlessly cover applications ranging from daily immune condition monitoring to advanced disease management.

Exhibition Contents: Two types of ultra-compact immunoassay devices, “GLEIA Check Reader”

An ultra-compact device for home testing and a compact device for in-clinic testing. Disposable “GLEIA Sensor”

A chip that enables measurement with just a single drop of fingertip blood or saliva. Disease management to pre-symptomatic and condition management platform

Disease management: heart failure marker “NT-proBNP” and thrombosis marker “D-dimer” (regulatory certification obtained). Condition management: measurement of salivary “sIgA.” A healthcare use case that visualizes daily physical and mental condition and supports condition maintenance.

Corporate Website: https://immunosens.com/en/

Innowave Tech

Business Overview: Innowave Tech is a Singapore-based Industrial AI company specializing in Agentic AI solutions for advanced manufacturing. We help manufacturers move beyond isolated AI pilots by deploying scalable AI solutions that improve quality, productivity, operational efficiency, and decision-making across the factory.

Our flagship solution iWave Platform combines AI agents, machine vision, real-time operational intelligence, and factory data integration to enable autonomous manufacturing operations. The platform empowers engineers and operators to reduce manual work, accelerate root cause analysis, optimize production processes, and improve overall equipment effectiveness (OEE).

Serving customers across the semiconductor, electronics, precision engineering, and photonics industries, Innowave Tech works closely with technology partners, equipment manufacturers, and government innovation ecosystems to accelerate Industrial AI adoption. With operations across Singapore, Malaysia, Germany, Japan, and Taiwan, we are committed to helping manufacturers build smarter, more resilient, and AI-driven factories.

Exhibition Contents: Innowave Tech will showcase the **iWave Platform**, our Industrial AI platform designed to help manufacturers scale AI across factory operations.

Our key solutions include:

iWave Autopilot – An AI-powered digital operator that automates routine engineering and operational tasks, assists operators with standard operating procedures (SOPs), provides real-time decision support, and orchestrates workflows to improve productivity and reduce response times.

iWave Zero Defects – An AI vision solution for automated defect detection and quality inspection, enabling higher inspection accuracy and lower defect escape rates.

iWave Insight – A manufacturing analytics platform that provides real-time dashboards, process monitoring, root cause analysis, and actionable insights for continuous improvement.

Innoconnect – A non-intrusive industrial data acquisition solution that securely connects equipment and factory systems for real-time data collection and AI deployment.

Our solutions are designed for the semiconductor, electronics, photonics, and precision manufacturing industries, helping manufacturers improve quality, operational efficiency, and overall equipment effectiveness (OEE) while accelerating their digital transformation journey.

Corporate Website: https://www.innowave.com.sg/

INSPIRATION PLUS ,Inc.

Business Overview: INSPIRATION PLUS ,Inc. is a venture company originating from Oita University that works to solve regional and social challenges by leveraging advanced technologies such as AI, IoT, big data, and satellite data, under its philosophy of “bringing inspiration to communities and society.”
Its core business is the development and provision of “EDiSON,” a disaster prevention information utilization platform. EDiSON integrates diverse data sources, including weather, river, population, infrastructure, satellite, and drone data, and supports disaster risk visualization and prediction, information sharing, and rapid decision-making through AI and spatial analysis.
In addition to supporting disaster prevention DX for local governments and enhancing business continuity planning (BCP) for companies, INSPIRATION PLUS aims to realize a disaster-resilient society through initiatives such as developing human resources in disaster prevention and IT, and advancing and standardizing operations using digital technologies.

Exhibition Contents

We will exhibit “EDiSON,” a disaster prevention information utilization platform. EDiSON is a disaster prevention DX platform that integrates diverse data—including weather, river, topographical, population, infrastructure, satellite, and drone data—and uses AI and GIS technologies to visualize and analyze disaster risks.

At the exhibition booth, we will demonstrate the full workflow using the actual EDiSON dashboard, including:
1. Integrated display of real-time weather and disaster information
2. Visualization of disaster risks by region
3. AI-powered risk analysis and situation summaries
4. Information sharing and notifications during disasters
5. Decision-making support
We will also introduce case studies of implementation by local governments in Japan, as well as overseas deployment initiatives underway in the Solomon Islands and Indonesia. EDiSON will be proposed as a disaster prevention DX solution originating from Japan that can be localized according to each country’s disaster characteristics and available data.

Corporate Website: https://inspiration-plus.com/en/index.html

JiMED Inc.

Business Overview: There are patients with severe neurological diseases or trauma who remain conscious and retain sensory function but are unable to move their bodies or communicate, a condition known as “locked-in syndrome.”
Although these patients have the will to live, the inability to express their intentions or move their bodies causes immense suffering, creating a reality in which they may feel unable to choose life. JiMED aims to medically apply a wireless implantable Brain Computer Interface (wiBCI) system that enables external devices to be operated using brainwave signals. By allowing patients to operate PCs and other devices simply by thinking, JiMED seeks to enable communication with others, mobility, and support for daily activities based on the patient’s own intentions. As a first step, the company will launch a switch-operated wiBCI medical device for patients with severe ALS to support their ability to communicate. It then plans to add flick-operation functionality and expand both functions and indications, thereby broadening the range of target diseases.

Exhibition Contents: Among the devices that make up the wiBCI medical device, we plan to exhibit an actual model of the EEG device and a power transmission unit. By displaying the actual EEG device model, we aim to help visitors understand how brain waves are measured from inside the skull.

Corporate Website: https://www.jimed.jp/en

KolateAI

Business Overview: To improve trial success and treatment outcomes, pharma needs to predict how individual patients will respond to therapy. However, patient data from visit notes, labs, and imaging is fragmented and incomplete, making it costly and complex to build comprehensive patient profiles and generate accurate predictions. Our AI platform aggregates patient data, builds integrated patient histories, applies disease-specific models, and generates digital twins to quickly and inexpensively simulate and predict patient-level drug response, side effects, and disease risk. Pharmaceutical companies use our platform to enable trial enrichment, compare therapies in silico, and match patients to the right treatment. Across 14 validation studies, our platform has demonstrated over 90% accuracy in predicting patient-level clinical outcomes. We have five publications accepted and two under review. Our platform is therapeutic-area-agnostic and is being used by five global biopharmaceutical companies and three academic medical centers in metabolic disease, immunology, dermatology, and oncology, with expansion into neurology and pulmonology currently ongoing.

Exhibition Contents: KolateAI will exhibit its Clinical Events Prediction platform, an AI-powered engine that aggregates fragmented patient data (visit notes, labs, imaging) into integrated patient histories and applies disease- and therapy-specific models to simulate and predict patient-level drug response, side effects, and disease risk. The platform enables pharmaceutical companies to run synthetic head-to-head comparisons of therapies, identify best-suited patients for clinical trial enrollment (patient enrichment), and support patient screening in the real-world to match patients to the best-suited therapies.

Corporate Website: https://www.kolate.ai/

LiLz Inc.

Business Overview: LiLz Inc. is a deep-tech startup with the mission of “making field work easier through the fusion of AI and IoT,” providing environments where workers can focus on their truly creative tasks. The company develops and provides the AI camera services “LiLz Gauge” and “LiLz Guard,” which automate routine inspections that still rely heavily on human labor in factories, plants, and infrastructure facilities. By combining fully wireless IoT cameras based on proprietary ultra-low-power technology with highly accurate cloud-based image analysis AI, LiLz enables existing equipment to be smart-enabled as it is. The company contributes to resolving serious labor shortages in the field, improving safety, and enhancing operational efficiency. Building on proven achievements and technological capabilities cultivated in Japan’s manufacturing industry and critical infrastructure sectors, LiLz promotes DX in legacy industrial sites and aims globally to maintain sustainable industrial foundations and realize richer ways of working for people.

Exhibition Contents: We will exhibit system demos of the remote inspection AI solutions “LiLz Gauge” and “LiLz Guard,” along with two types of IoT cameras.

– **Fully Wireless Camera “LC-10”**: A remote inspection camera with a built-in SIM and lithium-ion battery, enabling long-term operation for up to three years. It can be easily installed anytime and anywhere without power supply or communication wiring work.

– **Explosion-Proof Camera “LC-EX10”**: One of the industry’s smallest explosion-proof cameras, designed for use in explosion-proof areas such as plants and chemical factories.

– **Cloud Image Analysis AI**: AI automatically analyzes and quantifies the readings of analog meters and the condition of equipment captured by the cameras.

Corporate Website: https://www.lilz.io/global

LQUOM, Inc.

Business Overview: LQUOM is a deep-tech company developing quantum repeaters and related devices required to realize the quantum internet. By integrating key technologies such as telecom-band entangled photon sources, quantum memories using rare-earth-doped crystals, wavelength conversion, frequency stabilization, and Bell-state measurements, the company aims to commercialize systems that transmit quantum states and quantum entanglement over long distances through optical fiber. Its main prospective customers include telecommunications carriers, data center operators, QPU providers, research institutions, and government agencies. Through demonstrations in Japan and overseas, LQUOM plans to extend its applications beyond long-distance quantum cryptography communications to future distributed quantum computing, interconnection between quantum data centers, quantum time synchronization, and related fields. The company will commercialize its business through the provision of equipment and modules, joint development, and support for system construction and operations.

Exhibition Contents: We plan to present a tabletop exhibit introducing the core technology of quantum repeaters. The exhibit will feature a prototype of a telecom-wavelength quantum entangled photon source. The display will not contain any optical equipment and will be a static exhibit with no laser irradiation. We also plan to show a technical explanatory video on a monitor.

Corporate Website: https://lquom.com/en/

Mapizy

Business Overview: Mapizy is an Australian deep-tech company specializing in AI-powered geospatial analytics. We transform satellite, aerial, drone, and street-level imagery into accurate, actionable intelligence that helps governments and enterprises make better decisions. Our cloud-based platform and AI solutions automatically extract geospatial information such as building footprints, road networks, land cover, vegetation, environmental change, and infrastructure assets.
Our technology supports infrastructure, agriculture, mining, forestry, insurance, defence, and environmental monitoring, with applications including carbon monitoring, mine rehabilitation, precision agriculture, forest inventory, urban analytics, road condition assessment, disaster response, and biodiversity monitoring.
Built on over a decade of R&D, Mapizy has delivered more than 25 industry projects and collaborated with Microsoft, MAXAR, Toyota, Deloitte, BHP, CSIRO, IAG, RAA, the Australian Government, and GISTDA. We partner with governments and enterprises worldwide to accelerate AI and Earth observation for smarter, more sustainable decision-making.

Exhibition Contents: Mapizy will exhibit its AI-powered geospatial analytics platform that transforms satellite, aerial, drone, and street-level imagery into actionable intelligence for governments and enterprises. The platform automatically extracts building attributes, road networks, vegetation, land cover, infrastructure assets, and detects changes over time using advanced AI and computer vision technologies.

At the exhibition, we will demonstrate solutions for property and risk assessment, insurance underwriting, infrastructure monitoring, smart cities, agriculture, environmental management, disaster response, and Earth observation. Visitors will experience real-time analytics through our cloud-based platform and APIs, enabling rapid assessment of assets and risks without on-site inspections.

Our technology helps organizations quantify properties, assess risks, and make informed decisions while reducing operational costs and improving efficiency.

Corporate Website: https://mapizy.com/

MaRI Co., Ltd.

Business Overview: Guided by the philosophy of “Sleep Freely,” meaning gently solving sleep disorders around the world, we are a Kyoto University startup developing diagnostic and therapeutic devices for sleep apnea syndrome (SAS). Our core technology is an algorithm that uses millimeter-wave radar to acquire respiratory and heart rate data in a non-contact manner at a medical-device level of quality.
SAS is often difficult for individuals to recognize, and if left untreated, it increases the risk of lifestyle-related diseases and affects personal healthy life expectancy, corporate labor productivity, and health insurance finances. In Japan, there are an estimated 22 million potential patients and 9 million patients requiring treatment, yet only about 800,000 are actually receiving treatment. CPAP therapy also faces challenges related to wearing burden and treatment continuity.
In the United States, the number of patients requiring treatment who are not receiving adequate care is expected to be more than three times that of Japan, making overseas expansion essential. We provide new options for patients who are not reached by existing treatments, contributing to longer healthy life expectancy, reduced labor losses, and optimized medical costs. We are also expanding this technology into non-contact monitoring for medical and nursing care applications, accelerating implementation worldwide.

Exhibition Contents: Exhibition and hands-on demonstration of a contactless vital sensing device using millimeter-wave radar.

Corporate Website: https://marisleep.co.jp/en

New Space Intelligence, Inc.

Business Overview: New Space Intelligence, Inc. (NSI) is a space-related startup originating from Yamaguchi University that uses satellite data to solve challenges on Earth. Founded in 2021, the company provides services such as infrastructure monitoring, disaster and ground deformation monitoring, and analysis for environmental and agricultural fields using SAR and optical satellite data. NSI aims to transform satellite data into “information that anyone can use,” and offers a platform service that handles the entire process from satellite data selection, processing, and analysis to delivery. Through applications in social infrastructure management, including railways, roads, and electric power facilities, as well as in disaster prevention, the company contributes to building a safe and secure society.

Exhibition Contents: At our booth, visitors will be able to experience our solutions through interactive demonstrations, including:

– **CAL (Calibration)**, which ensures the quality of satellite data

– **ARD (Analysis Ready Data)**, pre-processed data that reduces the analytical workload for users

– **GLI (Global Land/Geospatial Indicators / Earth Observation Indicator Data)**, which enables advanced observation and visualization

In addition to posters and brochures, we will also exhibit a model of a mirror reflector, a key component of our technological foundation.

Corporate Website: https://www.newspaceint.com/

NousQ Pte Ltd

Business Overview: NousQ is a Singapore Medical Device Start Up Company founded in 2021. It does R&D, Manufacturing and Commercialisation of innovative best-in-class medical devices that are must haves to meet huge unmet healthcare needs globally. By simplifying surgery with innovative technology, we derisk surgery, reduce cost and significantly improve access to surgery for many millions more worldwide. The first device, CLiKX, is the world's first and only handheld robotic fully automated surgical applicator that inserts ear tubes to treat chronic or recurrent middle ear infection with a single click of a button, in 1 second. This transforms the current ear tube surgery requiring many instruments, general anesthesia. surgical microscope and operating theatre set up to a CLiKX surgery in clinic, with local anesthesia ear drops, with just headlight. 100 million more patients will have the opportunity to access the surgery and hear better.

Exhibition Contents: At our booth, visitors won’t just watch CLiKX ― they’ll use it. On realistic 3D head models, attendees will operate the device themselves, experiencing a precise, sensor guided ventilation tube insertion in just one second, a procedure that normally takes 10 to 20 minutes under general anesthesia in an operating theatre. A live demo station showcases CLiKX’s atraumatic slit incision technique and software driven automation, alongside its commercial availability in Singapore and Australia.

Corporate Website: https://www.nousq.com/

NovAccel Inc.

Business Overview: NovAccel Inc. is a startup that manufactures and supplies actinium-225 (Ac-225), a medical radioisotope used as a raw material for targeted alpha therapy (TAT), which is expected to become a next-generation cancer treatment. The company uses its proprietary compact superconducting electron accelerator, “RiSA,” to produce high-purity Ac-225 through photonuclear reactions by irradiating Ra-226 with electron beams, and handles the entire process from purification and quality evaluation to supply to pharmaceutical companies and other partners.
In joint testing with Tohoku University, NovAccel demonstrated its manufacturing and purification processes and achieved radionuclide purity exceeding 99.99%. The company plans to begin providing research-use samples from its Hiroshima site in the fourth quarter of 2026, target annual production of 150 GBq in 2027, and aim for commercial production of 3 TBq per year at its Kanto site from 2028 onward.
Looking ahead, NovAccel intends to install RiSA systems at pharmaceutical manufacturing facilities in Japan and overseas, building a decentralized supply network that enables on-site production. Through this approach, the company aims to support the stable procurement of Ac-225 and the broader adoption of radioligand therapy.

Exhibition Contents: Exhibition of the development status of RiSA, as well as proposals regarding the quality of Actinium-226 samples, the associated quality assurance framework, and supply agreements.

Corporate Website: https://novaccel.jp/en

Novelgen Co.,Ltd.

Business Overview: Novelgen Co.,Ltd. is an R&D-driven startup whose core technologies are microalgae and bioinformatics. Through its proprietary Algal Bloom Capture (ABC) technology, the company uses microalgae to simultaneously fix carbon dioxide, purify water, and recover resources such as nitrogen and phosphorus, while developing GX solutions that circulate the recovered biomass into feed, fertilizer, and biomaterials. Its flagship product, “Bloomo,” is designed for deployment across a wide range of fields, including aquaculture, water treatment, agriculture, and factory wastewater, and the company also provides AI- and IoT-based cultivation control and remote monitoring systems. In addition, Novelgen is working on useful gene discovery and biomanufacturing by leveraging microalgae, environmental DNA, and genome analysis technologies. Through solutions to global challenges such as decarbonization, food security, and water resource conservation, the company aims to realize a sustainable circular society.

Exhibition Contents: This exhibit will introduce “Bloomo,” a circular environmental solution utilizing microalgae, and “BloomoCS,” a cultivation and operation management system. Instead of displaying large-scale equipment, we will mainly use posters, panels, and videos to clearly present how the technology works and how it can be implemented, integrating CO₂ fixation, water purification, nitrogen and phosphorus recovery, and biomass resource utilization.

We will also present videos showing the results of demonstration tests, an overview of remote monitoring and cultivation control using AI and IoT, and application examples in aquaculture, wastewater treatment, agriculture, and other fields. Through these materials, we will provide a concrete explanation of the expected benefits and business development potential.

Corporate Website: https://novelgen.jp/en

Osaka Metropolitan University

Business Overview: ■Research Center for Artificial Photosynthesis
Breaking free from dependence on oil and realizing a low-carbon society have become urgent societal challenges. At the Artificial Photosynthesis Research Center, we aim to establish new technologies—such as generating clean energy to replace oil from sunlight, water, and carbon dioxide; creating systems to capture and recycle emitted carbon dioxide; and enabling the production of useful materials from carbon dioxide. To achieve this, researchers specializing in solid catalysts, biocatalysts, and catalysts that convert carbon dioxide into valuable resources collaborate across disciplines; we are also engaged in efficient industry-academia-government partnerships to advance these technologies toward practical application.

■Urban Resilience Research Center (UReC) — Aquifer Thermal Energy Storage (ATES) Research Group
We are the Urban Energy and Disaster Prevention Group at the Urban Resilience Research Center (UReC). Our team brings together experts in earth science, geotechnical engineering, HVAC (heating, ventilation, and air conditioning), and IT to drive the advanced development of Aquifer Thermal Energy Storage (ATES)—a technology that has been rapidly gaining attention. Leveraging this multidisciplinary expertise, we have successfully implemented our innovative ATES systems at key locations, including Expo 2025 Osaka, Kansai, the Umekita redevelopment area, and various manufacturing plants.
While ATES delivers outstanding environmental performance, it requires highly specialized knowledge, precise implementation and operational techniques, and advanced environmental impact assessment capabilities. In anticipation of the relaxation of groundwater pumping regulations in the fall of 2027, we are currently advancing the practical application of our technologies while reducing costs through more compact system designs.
We look forward to partnering with companies that are considering entering the ATES business or implementing these systems in their facilities.

■All-Solid-State Battery Research Institute
The All-Solid-State Battery Research Center at Osaka Metropolitan University advances research, development, and practical application of all-solid-state batteries as a next-generation energy storage technology. Through collaboration with companies and local governments, as well as talent development, the Center aims to expand applications in green transformation (GX), next-generation mobility, distributed energy systems, and resilience, creating new industries and value from the Kansai region.

Exhibition Contents: Panels, posters, etc.

Corporate Website: https://www.omu.ac.jp/expo2025/info/topics/entry-120786.html

Outer Rim Exploration GK

Business Overview: Outer Rim Exploration GK is a Japan-based deep-tech startup developing non-destructive underground imaging technology that utilizes cosmic-ray muons. Through compact, low-power detectors and proprietary analysis software, the company visualizes underground density structures in three dimensions. It is currently advancing social implementation in areas such as mineral exploration and infrastructure inspection for tunnels, dams, and similar structures, contributing to reductions in excavation volume, survey costs, environmental impact, and underground risks. The company has a track record of detecting density anomalies associated with copper mineralization at a mine in the United States, and in the future aims to apply its technology to lunar and planetary subsurface exploration as well as space resource exploration.

Exhibition Contents: We will exhibit the portable muon detector “OreScope™,” 3D subsurface density maps generated from observational data, and use cases in the mining, infrastructure, and space sectors. Using a laptop PC and monitor, we will demonstrate the principles of muon observation, installation methods, and the workflow from data acquisition to 3D visualization. We will also introduce a case study from a U.S. mine in which a density anomaly associated with copper mineralization was detected, positioning OreScope™ as a next-generation subsurface exploration platform that can be used on the surface, underground, and in boreholes.

Corporate Website: https://www.ore.space/

PE-Systems GmbH

Business Overview: As semiconductor technologies continue to advance and their applications toward more efficient energy conversion flourish, the field of power electronics is at a turning point in the way product design and manufacturing are to be achieved. Traditional design flows are manual, highly iterative, and time consuming due to lack of data and the methods to utilize them. Compared with the neighboring field of Large-Scale Integration (LSI), design automation in power electronics lags behind by 40 years. To address these issues, PE-Systems brings design automation to power electronics in three areas: 1) automated semiconductor characterization and reliability testing equipment, 2) automated data analysis and modeling from measurement and simulation results, 3) development of Electronic Design Automation (EDA) tools to support next-generation process flows.

Exhibition Contents: “Our main product, the DPT-2000, is a machine for automatic characterization of the dynamic switching behavior of power semiconductor devices. This is a crucial step that tests close to application and provides information necessary to predict how a power device will perform in an energy conversion system. As such, being able to quickly, accurately, and repeatably measure power devices is of paramount concern not only to the manufacturers of these semiconductors, but also systems integrators in automotive, industrial, and renewable energy fields.

Corporate Website: https://pe-systems.de

Periotherapia Co., Ltd

Business Overview: Periotherapia Co., Ltd is a drug discovery venture originating from Osaka University, established in 2017. The company focuses on the stroma and microenvironment surrounding diseased cells and is developing antibody therapeutics that selectively inhibit pathological periostin, which is involved in refractory diseases. Its lead program, PT0101, is currently in a domestic Phase I/IIa clinical trial for treatment-resistant metastatic and recurrent HER2-negative breast cancer as its first indication. Periotherapia’s business model is to establish early clinical proof of concept in-house, then advance late-stage development, approval, and commercialization through out-licensing and co-development with global pharmaceutical companies.

Exhibition Contents: We will introduce PT0101, an antibody drug currently under development.

Through panels, short videos, and brochures, we will explain:

1. The mechanism by which pathological periostin remodels the tumor stroma and induces drug resistance

2. The mechanism of action by which PT0101 selectively neutralizes pathological periostin and aims to enhance the efficacy of existing therapies

3. The roadmap for the domestic Phase I/IIa clinical trial and clinical development in North America

4. A patient selection strategy combining a therapeutic antibody with biomarkers

5. Licensing and co-development models with global pharmaceutical companies

We will present collaboration opportunities that may lead to co-development and out-licensing with pharmaceutical companies, fundraising with investors, and biomarker/adaptive expansion research with academic and research institutions.

Corporate Website: https://periotherapia.co.jp/en/

Physios Biotech, Inc.

Business Overview: Physios Biotech, Inc. is a startup originating from Kyoto University that develops next-generation drug discovery and safety evaluation platforms using microphysiological systems (MPS), based on the research achievements of Professor Takashi Yokokawa of the Graduate School of Engineering, Kyoto University. Centered on its Boncyte® Chip, a culture chip that reproduces the structures and functions of human organs and tissues in vitro, the company is developing models of blood vessels, kidneys, the blood-brain barrier, tumors, and other tissues. In addition to providing culture chips, Physios Biotech combines cells, culture protocols, fluid control devices, and observation and analysis technologies to provide integrated support ranging from evaluation system construction to collaborative research and contract development. Through collaboration with pharmaceutical companies, research institutions, medical device manufacturers, and chemical companies, the company aims to reduce reliance on animal testing and enable more predictive evaluations that better reflect human biology. In doing so, it contributes to improving the success rate of drug development, reducing research time and costs, and creating new therapies, while promoting the social implementation of MPS both in Japan and overseas.

Exhibition Contents: MPS chip “Boncyte® Chip”

Fluid delivery system required for culture, “Boncyte® Rocker”

Introduction of each MPS model through panels.

Corporate Website: https://www.physiosbiotech.com/en/home/

Pi PHOTONICS, INC.

Business Overview: Pi PHOTONICS, INC. is a Hamamatsu-based deep-tech startup that develops, manufactures, and sells the “Holo-Light Series,” LED lighting products based on its proprietary light pattern formation technology. Using high-brightness LEDs and optical elements, the company projects light patterns such as lines, surfaces, letters, symbols, and dots into physical workspaces, where they are used for safety measures, inspection, bird damage prevention, and landscape illumination in fields such as factories, logistics, construction, and railways. Going forward, Pi PHOTONICS aims to integrate its solutions with AI cameras, sensors, and digital twins, evolving them into an autonomous safety management platform for the physical AI era.

Exhibition Contents: We will exhibit actual units from the “HOLOLIGHT Series,” LED lighting products that form light patterns. These lights project highly visible patterns—such as lines, dots, text, and symbols—onto floors, walls, and equipment to visualize hazardous areas and provide warnings in applications including crane operations, industrial vehicles, pedestrian/vehicle separation, construction, and railway maintenance.

We will also introduce our concept for an autonomous safety management platform for the physical AI era, in which the light displays change according to on-site conditions through integration with AI cameras, sensors, and digital twins.

Corporate Website: https://www.piphotonics.com/en/

pQCee

Business Overview: pQCee is a quantum cybersecurity technology provider. We design and build post-quantum products and solutions to strengthen and protect the $trillion digital economy against quantum attacks. Solutions by pQCee include (i) SafeQuard, for quantum-safe encryption against harvest-now-decrypt-later attacks; (ii) QKDLite, for key management and connectivity to quantum technologies; (iii) PacketQC, for cryptographic discovery, inventory and validation; and (iv) QuICScript, a quantum-simulator for quantum cryptanalysis and threats.

pQCee leads the market for “crypto‑agile defence‑in‑depth” by delivering quantum‑resilience across every layer of enterprise security, from discovery to encryption to compliance. Our products seamlessly integrate with over 30 leading enterprise solutions including Thales, Microsoft, Fortinet, and Toshiba.

Exhibition Contents: We will be able to demonstrate our software quantum-safe solutions including:

products by pQCee include

(1) SafeQuard, a post-quantum encryption solution to protect internet applications and emails against harvest-now-decrypt-later attacks;

(2) QKDLite, a quantum key management middleware to seamlessly connect existing business and cloud infrastructure to quantum technologies;

(3) PacketQC, a post-quantum discovery, inventory and governance tool to help organizations track their quantum-readiness; and

(4) QuICScript, a powerful, real-time quantum simulator already used by top universities to teach and research quantum concepts.

Corporate Website: https://www.pqcee.com

Profet AI Technology Co., Ltd.

Business Overview: Profet AI is a leading manufacturing AI software company dedicated to helping industrial enterprises move beyond AI proof-of-concepts toward enterprise-wide deployment. Our Manufacturing AI Platform combines Machine Learning, Generative AI, Agentic AI, and manufacturing knowledge management to transform production data and engineering expertise into scalable AI capabilities.
Through Domain Twin™, AI Studio, and Manufacturing AI Agents, manufacturers can rapidly deploy AI applications for quality prediction, root cause analysis, process optimization, new product introduction (NPI), and engineering decision support.
Today, Profet AI supports more than 300 manufacturing enterprises across semiconductor, electronics, PCB, automotive, and other advanced manufacturing industries while expanding its presence in Japan and across Asia.

Exhibition Contents: Profet AI will showcase its Manufacturing AI Platform, featuring Domain Twin™, AI Studio, and Manufacturing AI Agents designed specifically for industrial applications.

The live demonstration will illustrate how manufacturers can integrate production data, engineering expertise, and operational knowledge into AI-driven workflows for quality prediction, root cause analysis, process optimization, and new product introduction (NPI).

Visitors will experience how Agentic AI assists engineers in accessing manufacturing knowledge, analyzing production issues, and supporting faster, more informed decision-making across the factory.

Corporate Website: https://profetai.com

PROVIGATE, Inc.

Business Overview: PROVIGATE, Inc. is a deep-tech company originating from the University of Tokyo that supports behavior change for people with diabetes and those at risk, using blood glucose information obtained at home as a starting point, while bridging healthcare and medicine as well as home-based care and medical care.
The company focuses on glycated albumin (GA), which reflects average blood glucose levels over the most recent one to two weeks, and integrates three elements: low- or non-invasive “testing,” an “AI app” that provides continuous, personalized feedback, and “human” support that intervenes when needed.
PROVIGATE is advancing three initiatives in parallel:
1. Providing “glucoreview®,” which combines weekly GA testing by mail with app-based and specialist staff support;
2. Building evidence through clinical research and social implementation trials in collaboration with local governments, medical institutions, and other partners; and
3. Developing at-home rapid testing/point-of-care testing (POCT) that enables measurement from blood or saliva at home.
By implementing its solutions early in the healthcare field, PROVIGATE aims to leverage the knowledge gained toward medical device development and standardization in Japan and overseas, creating new options for at-home blood glucose monitoring.

Exhibition Contents: Mockups of specimen collection kits and at-home POCT devices

Corporate Website: https://provigate.com/en/

QunaSys Inc.

Business Overview: QunaSys is a startup founded in 2018 that develops algorithms and software to maximize the potential of quantum computers. Through advanced research that opens up industrial applications and technology development that supports practical implementation, the company is working to create new industrial value. With a focus on chemistry, materials, and CAE, QunaSys promotes joint research with companies by connecting cutting-edge academic knowledge with industrial needs. In addition, it provides “QURI SDK,” an SDK for research and development that can adapt to the evolution of quantum hardware, supporting the accumulation of development assets for future quantum computer utilization. Furthermore, by translating business challenges into mathematical models and examining the optimal solution methods from classical computing, quantum computing, and experiments, QunaSys provides comprehensive support for transformation toward computation-driven R&D. Starting with what is possible today, the company advances the industrial application of quantum computers together with its customers.

Exhibition Contents: We plan to introduce our latest research case studies, including joint research on quantum algorithms with corporate partners, as well as provide an overview of the quantum algorithm development environment “QURI SDK,” the R&D support tool “PhysiLenz” (a no-code, generative AI environment), and the industrial consortium “QPARC,” using demonstrations, on-screen materials, and videos.

Corporate Website: https://qunasys.com/en

RIFFAI

Business Overview: RIFFAI, a Satellite & AI company that utilizes AI technology for monitoring environmental changes and key critical infrastructure in Earth Observation. We deployed a command & control system for companies in the domain of energy, defence, and environment to manage their operations remotely in real time and time sensitive missions.

RIFFAI's state-of-the-art, Geospatial Foundations Models (GFMs) contained a series lightweight, rapid, high-coverage proprietary models that operates across geological & meteorological conditions with low processing power and can run on both cloud and on-premise infrastructure for enhanced security and privacy.

Exhibition Contents: RIFFAI offers a Satellite & AI-powered command and control platform for real-time Earth Observation and critical infrastructure monitoring. The platform enables organizations in the energy, defence, and environmental sectors to manage operations remotely and execute time-sensitive missions using live satellite intelligence.

At its core is RIFFAI’s proprietary Geospatial Foundation Models (GFMs) ― a suite of lightweight, high-coverage AI models trained to operate across diverse geological and meteorological conditions. The platform ingests hyper-multispectral satellite imagery from over 20 satellites, fuses it with GIS, weather, and geological data, and delivers actionable intelligence through an intuitive command interface. It supports deployment on both cloud and on-premise infrastructure, meeting the security and data sovereignty requirements of defence and government clients.

Key applications include energy site search and selection, land risk assessment, flood and disaster monitoring, coastal and vegetation change detection, and ocean plastic waste tracking.

Corporate Website: https://www.riffai.org/

Sagri Co., Ltd.

Business Overview: Agricultural producers and local governments face a wide range of challenges, including soaring chemical fertilizer prices, the increase of abandoned farmland, and delays in digital transformation. Sagri Co., Ltd. addresses these challenges by using satellite data and AI to “visualize” farmland. Guided by its vision of “realizing the coexistence of humanity and the Earth,” the company has developed Actaba, Detaba, Ninataba, and Sagri Vision based on this visualization technology.
In Japan, Sagri provides local governments with an integrated suite of services: Actaba, which detects abandoned farmland; Detaba, which identifies and records crop planting; and Ninataba, which connects farmland owners with prospective farmers and operators. These services have significantly reduced the workload involved in farmland surveys for municipal agricultural committees across Japan.
Overseas, Sagri is expanding its business in more than 10 countries, focusing on supporting the adoption of regenerative agriculture and generating carbon credits. Leveraging its satellite-based platform for wide-area and time-series measurement, the company aims to apply the technologies refined in Japan to solving agricultural challenges around the world.

Exhibition Contents: ・Poster: 1 sheet, assumed to be A0 size

・Monitor: 1 unit, assumed to be a size that can be placed on the table provided by the organizer

・Flyers: Around 5 types, assumed to be a size that can be placed on the table provided by the organizer

Corporate Website: https://sagri.tokyo/en/

SHIN-JIGEN Inc.

Business Overview: SHIN-JIGEN Inc. is a “future implementation company” that develops deep-tech businesses to support new business creation and solve social challenges, centered on robotics and on-site learning edge AI. Its core technology, on-site learning edge AI, is a next-generation edge AI technology that enables AI learning and inference on a standalone device without requiring the cloud or GPU servers. Because the technology can learn directly in the environment where it is installed, it can adapt to differences in installation environments and equipment, and learn and optimize the work know-how of skilled professionals. In addition, since it does not require network installation or servers, it enables low-cost system implementation and is being applied across a wide range of fields, including predictive maintenance for public infrastructure, anomaly detection in manufacturing equipment, AI-based transfer of expert skills, and robot intelligence. Through demonstrations with local governments, universities, and companies, SHIN-JIGEN is advancing social implementation while aiming for global expansion as a physical AI technology originating from Japan.

Exhibition Contents: Demo of infrastructure predictive anomaly detection using on-site learning edge AI:

Using a compact edge device, we will demonstrate how the system learns operator know-how directly on the on-site terminal and detects abnormal conditions or early signs of anomalies in a miniature system that simulates infrastructure equipment.

Corporate Website: https://shin-jigen.co.jp/

SmartCube Co.,ltd

Business Overview: SmartCube is a leading AI and Digital Twin company accelerating industrial AI Transformation (AX). We help enterprises bridge the physical and digital worlds through high-fidelity digital twins, real-time operational intelligence, and AI-powered autonomous systems.

Our flagship platform, Cube-Twin, goes beyond 3D visualization. Built on open standards such as OPC UA and powered by Unreal Engine and Unity, it recreates factories, logistics hubs, and energy facilities with over 90% visual fidelity while synchronizing real-time operational data.

By integrating LLMs, VLMs, Predictive Maintenance, and Physical AI, SmartCube enables predictive operations, minimizes downtime, and supports autonomous decision-making through precise Sim-to-Real execution.

Over the past three years, SmartCube has delivered 20+ enterprise projects for organizations including LH, KEPCO KDN, and the Korea Rural Community Corporation across manufacturing, hydrogen energy, logistics, and healthcare. With our subsidiary in Sapporo, Japan, we continue expanding AI-powered Digital Twin solutions across global industrial markets.

Exhibition Contents: Cube-Twin: A universal standard model platform that mirrors real-world industrial environments with 90%+ visual fidelity using Unreal/Unity engines. It aggregates real-time IoT/sensor data through standard open protocols to enable predictive maintenance, anomaly detection, and interactive dashboard monitoring.

Corporate Website: https://smartcube-x.com/

Spectee Inc.

Business Overview: Spectee provides an AI-powered platform for detecting, analyzing, and predicting crises under its mission to “visualize crises.”
Its flagship service, “Spectee Pro,” uses AI to analyze data from sources such as social media posts, river and road camera footage, weather data, and satellite imagery, and delivers real-time alerts on disasters and accidents. By automatically generating flood estimation maps and providing damage forecasts, the platform supports rapid initial response. It has been adopted by central government agencies, local governments, media organizations, and infrastructure companies, and holds the top market share in Japan.
Overseas, Spectee has launched operations in the Philippines and Vietnam, where its solutions are being introduced to government agencies and private companies. The company is also expanding into other ASEAN countries, including Indonesia and Thailand.
“Spectee SCR” is an integrated supply chain risk management solution that analyzes local news and geopolitical risk information from around the world to detect crises near supplier locations. By linking with BOMs, it automatically identifies affected products and potential delivery delays, and also covers the distribution of damage status surveys.

Exhibition Contents: We will conduct live demonstrations of “Spectee Pro” and “Spectee SCR.” The actual operating management screens will be projected on a large monitor, allowing visitors to see in real time how information on disasters and accidents occurring around the world is detected and displayed on a map, as well as how risks at locations across the supply chain are visualized.

Corporate Website: https://www.spectee.com/

SPLYZA Inc.

Business Overview: We are a deep-tech startup that develops and provides “SPLYZA Motion,” an innovative AI-powered motion analysis app for sports, medical and healthcare, and research fields. Conventional motion capture requires expensive dedicated cameras, body-worn markers, and specialized expertise. In contrast, we have realized a technology in which our proprietary AI extracts highly accurate 3D skeletal and joint-angle data from a single video captured with a smartphone or tablet. With an intuitive UI, we provide an environment where coaches, physical therapists, and researchers in the field can instantly perform motion analysis and provide feedback on the spot. Under our mission of “bringing sports science from specialists to the field,” we contribute to performance improvement, injury prevention, and more efficient rehabilitation through the visualization of human movement data.

Exhibition Contents: “SPLYZA Motion” is a motion analysis application that uses proprietary AI to extract and visualize 3D skeletal and joint angle data from a single video captured with a smartphone or tablet.

Conventional motion measurement has typically relied on laboratory-based systems using multiple cameras and markers, which are expensive and require several hours for setup and measurement. In contrast, SPLYZA Motion can complete processing on a mobile device in under one minute, making it possible to measure movement in a wide range of settings, including medical sites, manufacturing production lines, and sports environments.

The solution has already been adopted by more than 200 facilities, including university medical schools, healthcare institutions, and automotive manufacturers.

Corporate Website: https://www.splyza.com/en/

STORYLINE Co., Ltd.

Business Overview: STORYLINE Co., Ltd. is a food-tech company developing ZEN Craft Decaf Process™, a proprietary caffeine control process using supercritical CO₂ technology. The company provides high-quality coffee with selectable caffeine levels while minimizing the flavor deterioration that has been a challenge in conventional decaffeination processes. By introducing processing capabilities in coffee-producing regions, Storyline also creates higher added value and new revenue opportunities for producers. In the future, the company aims to build next-generation coffee infrastructure that connects health, sustainability, and regional economies through CO₂ circulation and collaboration with carbon capture and utilization, or CCU, initiative

Exhibition Contents: We will exhibit product packages of our “caffeine-control coffee” products. We will introduce a new coffee experience in which consumers can choose the caffeine level, including decaf, low-caffeine, and regular caffeine options. We will also display comparison samples of raw green coffee beans, decaffeinated beans processed using common methods by other companies, and decaffeinated beans produced using our proprietary supercritical CO₂ process, “ZEN Craft Decaf Process™.” By showing differences in appearance, aroma, and quality before and after processing, we will communicate the uniqueness of our technology and the potential to create new markets through high-quality decaf coffee.

Corporate Website: https://storyline.co.jp/en

SUN METALON Inc.

Business Overview: SUN METALON Inc. is a deep-tech startup in the field of metal resource circulation, founded in February 2021. Under its vision to “Develop local, sustainable and economical metal manufacturing solution,” the company develops and provides “Venus,” a next-generation metal recycling system powered by its proprietary electromagnetic heating technology.
By removing impurities such as oil and water from metal cutting chips and grinding sludge generated in factories and regenerating them into high-purity metal resources called “SUN Metal,” the company is transforming conventional large-scale, centralized recycling into a distributed model that can be completed on-site where metal scrap is generated.
SUN METALON has a proven track record of collaboration with major Japanese manufacturers, including joint development with a leading automobile manufacturer and delivery of mass-production equipment to a major construction machinery manufacturer. Since its founding, the company has operated from bases in both Japan and the United States.

Exhibition Contents: We will introduce our technology and business through a miniature model, approximately 15 cm × 16 cm, of “Venus,” a metal recycling device that uses our proprietary electromagnetic-wave heating technology, along with explanatory panels.

We will also display actual samples before and after processing, including several bottles containing cutting chips and polishing waste, as well as several briquettes of SUN Metal after processing.

Corporate Website: https://sunmetalon.com/

TBM Co., Ltd.

Business Overview: TBM is a carbon solutions company that circulates underutilized resources such as CO₂ and used plastics. Leveraging the formulation, molding, productization, and mass-production technologies for calcium carbonate-based composite materials developed through its original LIMEX business, as well as its domestic and international supply chains, TBM operates “RECO2,” which fixes CO₂ recovered from exhaust gas and other sources as calcium carbonate and applies it to building materials.
Its flagship carbon-recycled flooring contains a high loading of CCU-derived calcium carbonate in the core layer, incorporating and fixing approximately 2.7 kg of recovered CO₂ per square meter. The product also offers durability, water resistance, design quality, and ease of installation.
In its high-performance recycled materials business, TBM has developed “CirculeX,” derived from used plastic containers and packaging. Through proprietary formulation and recycling processes, the company improves strength, odor control, and quality stability, and is expanding applications in automobiles, home appliances, building materials, logistics materials, and other fields.
TBM drives the entire process end to end, from material development and productization to mass production, procurement, and supply in Japan and overseas.

Exhibition Contents: ・Samples of building materials that have fixed CO₂

・Calcium carbonate powder in a petri dish

・Recycled material pellets in a petri dish

Corporate Website: https://tb-m.com/eng/

TearExo Inc.

Business Overview: TearExo Inc. is a deep-tech startup originating from Kobe University. Using its proprietary molecular imprinting technology, the company places recognition molecules and fluorescent reporters in nanopores of a size comparable to extracellular vesicles (EVs), enabling simple and highly sensitive visualization of EV surface markers in trace samples. For social implementation, TearExo is initially focusing on breast cancer risk assessment using tear fluid, while in clinical development it is prioritizing applications in treatment response and postoperative monitoring. The company aims to establish a new form of liquid biopsy that reduces the burden of blood sampling and enables repeated measurements over time. It also plans to expand the technology to blood, urine, and cell culture supernatants, covering applications ranging from drug discovery and diagnostic collaboration to non-destructive quality control for iPS/ES cells and cell therapy manufacturing. Starting with contract measurement services and paid proof-of-concept projects, TearExo plans to develop its business into Research Use Only kits, devices and cartridges, analysis software, and disease- and application-specific licensing. Through these efforts, the company aims to build a global platform that enables EV surface information to be used in clinical and manufacturing decision-making.

Exhibition Contents: The exhibition theme is “A single tear, a new layer of EV information.” Using 1. a tear fluid collection kit, 2. an EV sensing chip / measurement prototype, and 3. a demo video and analysis screen visualizing fluorescence response, we will introduce an interactive workflow for measuring EV surface markers from a very small amount of tear fluid. As initial applications, we will present clinical development assuming treatment response and postoperative monitoring for breast cancer, as well as an implementation model for collection, logistics, and result reporting established through corporate PoC projects. We will also show the potential to expand the same sensing platform to cell culture supernatants and apply it to non-destructive process monitoring in cell therapy and regenerative medicine. With visitors including overseas pharmaceutical, diagnostic, and analytical equipment companies, cell therapy companies, CDMOs, and VCs/CVCs, we will discuss specific opportunities such as small-scale feasibility studies with target markers, RUO product development, joint development of instruments and consumables, and regional licensing.

Corporate Website: https://tearexo.jp/

TopoLogic Inc.

Business Overview: We leverage topological materials, which gained attention through the Nobel Prize in Physics, to address social challenges that have been difficult to solve with conventional materials technologies. Our next-generation semiconductor memory under development, “TL-RAM,” is a technology that can increase the amount of memory integrated within processors by a factor of 10, significantly improving processing performance particularly in GPUs for advanced AI training and SoCs for edge AI. In addition, our heat flux sensor under validation, “TL-SENSING,” enables the detection of early signs of battery thermal runaway, which conventional temperature sensors have been unable to detect, thereby helping ensure the safety of energy storage technologies that form a fundamental part of social infrastructure. For “TL-RAM,” we are already exchanging technical information and taking other steps toward collaboration with major overseas foundries. For “TL-SENSING,” in addition to battery anomaly detection, proof-of-concept testing is underway with multiple major Japanese manufacturers for adoption across a wide range of applications, including deep body temperature measurement.

Exhibition Contents: We will exhibit a 4-inch wafer of the next-generation semiconductor memory “TL-RAM” and a demo unit of the heat flux sensor “TL-SENSING.”

Corporate Website: https://www.topologic.jp/en

TOYMEDICAL Ltd.

Business Overview: We are a food-tech and health-tech startup from Kumamoto with the vision of realizing a world where people do not have to give up either “deliciousness” or “health.” To address the global health issue of excessive salt intake, we are conducting R&D and product development for Japan’s first and the world’s first “salt offset technology.” By utilizing seaweed-derived dietary fibers, specifically alginates, we have established an approach that adsorbs and eliminates salt, or sodium, in the body without compromising the taste or flavor of meals in any way. In addition to developing our own products, including the salt-care supplement “Delsol,” the next-generation seasoning “Zero Salt” series, and the salt-reduction habit visualization kit “Shio Score,” we are promoting the spread of “salt offset foods” through joint development with food manufacturers and restaurants, contributing to the realization of a sustainable society for healthy eating.

Exhibition Contents: 1. Salt-care supplement “Delsol”

Taken with meals, it adsorbs and offsets excess salt in the body by promoting excretion.

2. Next-generation seasoning “Zero Salt” series

An innovative functional seasoning containing salt-adsorbing powder while maintaining delicious taste.

3. Snack containing salt-adsorbing powder “Kini Senbei”

A technology-applied snack that enables easy salt control simply by eating it.

4. Salt-reduction habit visualization kit “Shio Score”

A screening tool that visualizes salt intake status in just two minutes and guides users toward appropriate countermeasures.

5. Food additive for food manufacturers “NEO” (B2B)

A raw material solution that adds health value, namely salt-offset functionality, without changing the taste of existing foods.

Corporate Website: https://toymedical-en23.my.canva.site/toymedical-japan

WOTA Corp.

Business Overview: WOTA aims to address a wide range of water-related challenges by creating an optimal “best mix” of water infrastructure—combining conventional large-scale centralized systems with small-scale distributed systems tailored to local conditions—through the use of autonomous water treatment control technology.
In its disaster response business, WOTA has commercialized the “WOTA BOX,” a portable water reuse plant, and “WOSH,” a water-recirculating handwashing stand. These products have been deployed in multiple disaster-affected areas across Japan, including regions hit by earthquakes, and their adoption by national and local governments is accelerating.
In its residential business, WOTA has developed the “WOTA Unit,” a household water circulation system. In collaboration with national and local governments, the company is promoting the social implementation of this system in multiple regions across Japan, building a proven track record of supplying water to real households.
WOTA is also expanding internationally. Through initiatives such as its selection for a demonstration project by the United Nations Industrial Development Organization（UNIDO）, the company is working to introduce its systems in regions facing chronic water shortages and fragile infrastructure, including island nations in the Caribbean.

Exhibition Contents: Water-recirculating handwashing stand “WOSH”

Product introduction：website: https://wota.co.jp/wosh/

Corporate Website: https://wota.co.jp/en/

Yodo LabsK.K

Business Overview: Yodo LabsK.K is a physical AI company that transforms on-site visual data into structured maintenance information. The company automatically matches videos and images captured by smartphones, drones, and vehicle-mounted cameras with asset information such as ledgers, GIS, and BIM/CIM data, structuring records that identify “which asset, which component, and what condition.” While AI-based deterioration detection is becoming more widespread, detection alone does not constitute judgment. Yodo Labs builds a “judgment layer” trained on inspection standards and the decision-making knowledge of experienced engineers, automatically outputting soundness evaluations, priorities, and recommended measures. In Japan, where infrastructure aging and shortages of inspection personnel are progressing simultaneously, standardized inspection procedures and decades of inspection records represent a globally unique learning asset. The company inherits the judgment of skilled professionals approaching retirement in a machine-readable form. Starting with statutory inspections of bridges, tunnels, and similar infrastructure, Yodo Labs is expanding into buildings and plants, and ultimately aims to become a “memory of the field” platform referenced by robots and drones

Exhibition Contents: We will exhibit a live demonstration of “Yodo,” an AI system that converts on-site video into structured maintenance records.

When visitors capture images or video of mock assets—such as sample piping or bridge components—using a camera installed at the booth or their own smartphone, the footage is automatically matched with the asset ledger. Within seconds, the monitor displays results including identification of which asset and which specific part is being inspected, deterioration detection, condition assessment, and recommended actions.

Unlike conventional AI inspection systems that stop at “damage detection,” Yodo connects with asset information such as asset ledgers, GIS, and BIM/CIM data to deliver practical “judgment” that can be used directly in maintenance operations. Visitors can experience the entire workflow, from image capture to record generation.

The demonstration will also show that Yodo is hardware-independent and does not require special cameras or sensors, as it can be demonstrated using visitors’ own devices.

Corporate Website: https://yodolabs.jp/en

Category

Theme

Collaboration Needs

Exhibition Venue

A Star Quantum Inc

AC Biode

Aerosense Inc.

Aeterlink Corp.

AirMembrane Corporation

AiTrax Co., Ltd.

Almaprism Inc.

Alpenglow Tek CO., LTD.

AMI, Inc.

Anaut Inc.

Applied FUSION Technology Co., Ltd.

ArkEdge Space Inc.

Ashirase,Inc.

ASILLA, INC.

Atomis Inc.

ayumo Inc.

BiPSEE Inc.

bitBiome, Inc.

BRELYON, Inc.

Central Japan Startup Ecosystem Consortium

Central Japan Startup Ecosystem Consortium（TechGALA）

Chitose Robotics Inc.

Clean Planet Inc.

Digital Platformer Co.,Ltd

Dynamic Map Platform Co., Ltd.

Eco-Pork co., ltd.

EF Polymer K.K.

EX-fusion Inc.

ExtenD Co.,Ltd.

Fermelanta, Inc.

FLOSFIA Inc.

Geek Guild Co., Ltd.

GenesInk

Genics Co., Ltd.

Godot Inc.

Green Chemical Inc.

Helical Fusion Co., Ltd.

Hiroshima Regional Innovation Strategy Promotion Council

HMS Inc.

Hokkaido University

HUINNO

iBody Inc.

illuminus Inc.

Immunosens Co., Ltd.

Innowave Tech

INSPIRATION PLUS ,Inc.

Institute of Science Tokyo

Institute of Science Tokyo

JEPLAN, INC.

JiMED Inc.

KAICO Ltd.

KolateAI

Kumamoto Startup Ecosystem Consortium

Kyoto Fusioneering Ltd.

LiLz Inc.

LOOVIC Inc.

LQUOM, Inc.

Mapizy

MaRI Co., Ltd.

Materialgate.inc

miibio, Inc.

MiRESSO Co.,Ltd.

Mu Lab, LTD.

Nagoya University

Nanospike Inc.

New Space Intelligence, Inc.

NousQ Pte Ltd

NovAccel Inc.

Novelgen Co.,Ltd.

OOYOO Ltd.

Osaka Metropolitan University

Osaka Metropolitan University

Osaka,Kyoto,and Hyogo/Kobe Consortium（Hyogo/Kobe）

Osaka,Kyoto,and Hyogo/Kobe Consortium（Kyoto）

Osaka,Kyoto,and Hyogo/Kobe Consortium（Osaka）

Outer Rim Exploration GK

Sapporo-Hokkaido Startup Ecosystem Promotion Council（STARTUP　HOKKAIDO）

SetsuroTech Inc.　