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Exhibitor information and company profiles will be updated regularly.
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.
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.
A4-size graphene film and 4-inch wafers with transferred graphene are planned for display.
Wireless access point
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.
We will set up a camera on a tripod and demonstrate the detection of abnormal behavior—mainly falls—by performing such actions in front of the camera.
Our visual AI solution, Visual Engine(VE)is a universal generative software tool that seamlessly creates high-quality, on-the-fly visual content based on video input streams and user activity, intelligently enhancing productivity, immersion, and entertainment applications, all while being hardware agnostic and backwards compatible with existing computer and display systems.
Explanatory materials on the development status of various components for the realization of laser fusion, a model of a laser fusion reactor, and related exhibits.
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.
Samples manufactured through precision fermentation.
As our products are advanced functional materials rather than finished products, their performance is realized after integration into industrial printing processes, GenesInk will exhibit samples through representative small printed samples and application examples.
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.
“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.
Two poster panels, brochures, and several types of small-volume samples of approximately 100 mL.
Business introduction posters/banners, a replica of a superconducting coil, and a blanket model.
Industrial AR glasses and manufacturing support services.
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.
Samples of feed additive products sold in Vietnam and other markets.
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.
We will display a banner featuring a gyrotron system at half its actual size, as well as panel exhibits showing the overall configuration of our UNITY-1 system.
We plan to set up one laptop PC, two to three smartphones or tablets, and several explanatory panels or small POP displays.
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.
Exhibition and hands-on demonstration of a contactless vital sensing device using millimeter-wave radar.
Coming Soon
Beryllium-related materials and a monitor.
Actual exhibits of materials with nanopatterns, and poster displays on nanospike technology.
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.
ComingSoon
A mock-up of a CO₂ capture device.
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.
“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.
空欄
We will exhibit “Pitagoras,” a compact analyzer that non-invasively analyzes biomarkers in sweat, together with a dedicated tablet UI for displaying and managing analysis results. Operation only requires attaching a patch moistened with purified water to the neck for three minutes, with no need to remove makeup or draw blood. The acquired data is converted by a proprietary algorithm into visualized indicators of skin condition—such as moisturizing ability, barrier function, firmness and elasticity, pigmentation, and softness—as well as muscle condition, and is displayed instantly on the tablet screen. At the booth, we plan to conduct live demonstration measurements for visitors, allowing them to experience the full process from patch application to result display.
Coming Soon
A compact mock-up of a photonic-interconnect ion-trap quantum computer.
An actual unit of our quantum computer “control system” product, along with display panels presenting the product overview, use cases, and related information
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.
One monitor and one A1-size explanatory panel.
Introduction of the technology, performance, business strategy, and plans for our development candidate product (lead product).
We are focusing on the development of therapeutics for kidney diseases and cell-based medicines, and plan to display posters introducing our key pipelines, including “RN-014,” a treatment for autosomal dominant polycystic kidney disease (ADPKD), and “RN-032,” a cell-based medicine for chronic kidney disease (CKD).
ComingSoon
3–5 types of IoT sensors, 1–2 types of communication gateways, a PC and monitor for video playback, poster displays, etc.
We will exhibit a prototype of our independently developed bioactive wound dressing “χ-ink” for chronic wounds such as diabetic foot ulcers. We will also display product samples, an application image using a foot model, and technical overview panels to introduce the features of this technology, its wound-healing promotion effects, and our commercialization plan.
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.
We will exhibit the actual “Sooha” earthworm-type robot model currently released for 100A piping. In addition, we will display driving/operation videos and explanatory panels.
Mock-up of a space architecture robotic system.
We plan to provide service demonstrations and service videos.
A model of the “reactor,” the central component of the FAST fusion energy power demonstration plant.
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.
Coming Soon
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.
We will exhibit ThinkerModelA, a robotic system for random bin picking.
Equipped with a robotic arm, hand, and camera, it automatically repeats random bin picking and placement operations.
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.”
Tooth growth models and explanatory models of the dental ridge.
