MizLinx develops observation systems to realize sustainable marine use. In recent years, the fishing industry has been in a difficult situation due to environmental changes and economic fluctuations, and the ecosystem is also changing. In addition, offshore wind power generation has been attracting attention in the context of decarbonization, but the current situation is that there is a lack of knowledge about environmental assessment and maintenance. We want to solve these issues through our business and bring out the potential of marine use.

A quantum random number generator using spontaneous decay of atomic nuclei (quantum phenomenon) that can be incorporated into IoT devices. It is possible to establish an authentication procedure that cannot be tampered with from the outside. At the exhibition, an authentication demonstration using ESP32 will be held. We would like to propose that it can be incorporated into all kinds of terminals.

We develop middleware for combinatorial optimization problems that are difficult to calculate using conventional methods, and provide APIs for optimization problems in logistics delivery plans, AGV control in warehouses, and MaaS vehicle dispatch, based on our middleware.

"StA²BLE" quantifies fall-risk for the first time worldwide by providing sensory stimulation to the fingertips as well as AI technology for analysis. It is an innovative technology that can provide wider coverage in health checkups. It enables a comprehensive assessment of sensory and physical abilities of fall-risk which could not be measured up to now and calculates "RitsuiNenrei®" (Age at Standing, strength to change in sensory stimuli expressed as age) in one minute.

We develop VR solutions for mental health. We are mainly developing ① VR DTx for depression and ② solutions to improve diseases and symptoms related to cognitive and attentional functions by utilizing the know-how gained through ①.

Existing outpatient cardiac rehabilitation for heart disease patients has a low participation rate of 4-8% due to the difficulty of visiting hospitals, etc. Taking advantage of our strengths in ""technology that optimizes the amount of exercise load for each individual, so that even heart disease patients can exercise effectively and safely,"" we are conducting research and development of programmable medical equipment with a simple device configuration and system that allows cardiac rehabilitation to be carried out at home.

Eyewear business using large-diameter liquid crystal lenses with an unprecedented wide range of power adjustment. We provide solutions to the eye problems of a wide range of generations, including presbyopia, severe myopia, and weak eyesight. We also provide lenses for XR glasses.

Epsilon Molecular Engineering (EME) is a bio startup company that has been explored innovative modality drugs utilizing evolutionary molecular engineering technology. Leveraging the proprietary HTS/molecular-design platforms, EME develops the next-generation antibodies, diagnostic agents, and regenerative medicine reagents based on VHH antibodies.

The novel Fecal Microbiota Transplantation method (FMT) using our patented NanoPicoBubble technology not only improves the intestinal flora balance, but has also been shown to improve various symptoms in as many as 800 cases, and is expected to be useful in medicine and other fields.

We have been developing regenerative medical products using human neural stem cell OligoGenie for central nervous system disorders for which there are no effective treatments, such as multiple sclerosis and spinal cord injury. Currently, we are developing combination therapy to enhance the therapeutic effect of the cells and researching exosome products. I want to introduce these efforts.

We develop medical devices to diagnose and treat sleep disorders like sleep apnea (SAS) using non-contact sensing and digital signal processing. We are currently developing a non-contact respiratory monitor, and plan to start selling it from next year. We will provide a non-contact and privacy-conscious solution.

We provide comprehensive support for your space venture, from providing information to get you interested in space, building connections in the community, selecting your company's products for entering the space business, and providing demonstration opportunities through space environment testing using artificial satellites.

New Space Intelligence (NSI) uses its proprietary automation system, Satellite Data Pipeline® (SDP), to provide intelligence useful for customer decision-making. At the exhibition, NSI will introduce the concept of smart monitoring using SDP, case studies, prototypes, virtual satellite constellations, and satellite data harmonization and calibration technologies.

BioPhenolics is committed to transitioning from the petrochemical industry to a bio-based manufacturing industry. Our company is developing technology that produces aromatic biochemicals through fermentation using genetically engineered microorganisms, with biomass as the raw material. These biochemicals fix carbon dioxide from the atmosphere, making them a key resource for decarbonized products.

Introducing the new energy system from WeCharge EV charging service, we'll explain how installing one outlet per parking space contributes to a decarbonized society. We'll demonstrate our innovative Plug & Charge system, utilizing advanced eNFC technology, and present Ubiden's vision for electricity's future.

digzyme Inc. is a startup originating from the Tokyo Institute of Technology that leverages bioinformatics to efficiently design and scale the production of enzymes for various industrial applications. In this exhibition, we will introduce our ML-based HotSpot Analysis for cloud, which we also use in-house development, exclusively for precision fermentation applications.

A startup from Osaka University that aims to realize laser fusion energy. We develop and manufacture laser fusion reactors and their components. We also work on industrial applications such as laser processing, space debris capture and removal, and seawater desalination.

Conventional switches cannot increase the contact pressure because they cut off instantly. In other words, they cannot reduce the contact resistance. Nevertheless, the maximum current flows through the breaker, which always generates heat. Liquid metal switches can reduce this power loss. They are suitable for data centers where power consumption is increasing due to generative AI.

Due to the awareness of the crisis of climate change, industrial activities that are conscious of sustainability are becoming important, and expectations for bio-manufacturing are high worldwide. MiiBio, a startup from the University of Tokyo, is using light-switching protein technology to globally deploy the mii-Bioprocess, a production system useful for mass production of bio-manufacturing.

Your voice becomes virtual, based on location information. You want to be there for someone, but can't. There is someone who feels at ease when they hear your voice. A mix of wanting to be a little helpful and feeling grateful. In that moment, empathy and trust are formed. Let’s start by placing your voice there. The creator gathers words, imagining the person they want to reach, based on the view from their standpoint. Then, the user can hear a voice that is truly close to them.

We develop and manufacture Doppler LIDAR that visualizes wind. We have achieved overwhelming miniaturization and cost reduction compared to other companies. It has been recognized by NASA and we have participated in the NASA SBIR project since last year, and we are promoting full-scale expansion in the United States.

In order to put autonomous driving into practical use, it is important to efficiently process large amounts of data from sensors. SteraVision fused cameras and LiDAR and created LiDAR can see only objects that cannot be seen by cameras. This significantly reduces the load on the processing system, and is expected to be a groundbreaking solution for the practical application of autonomous driving.

Showcasing AWL’s innovative edge AI video analytics technology. The video analytics application "AWL Lite" and the ‘MCT Multi-Camera Tracking System’ using real-world use cases.

bitBiome is a biotechnology company unlocking the full potential of our planet’s microbes to power the future of the bioeconomy. Utilizing our exclusive genome database and comprehensive enzyme discovery and engineering platform, we are committed to improving existing biomanufacturing industries and creating new ones by delivering sequences and enzymes that cannot be found anywhere else.

The core technology is a soft robot hand (lattice-structured flexible fingers) that has the functionality of a human hand. It can be used for many objects because it is manufactured using a 3D printer. It is used to automate and reduce the labor required for simple tasks that are still performed by humans, such as 3K workplaces. We will introduce examples of its introduction at major manufacturing sites, including Toyota Motor Corporation.

Powder and granular materials are essential key technologies in industry, widely used in various fields. They play a significant role in critical areas for achieving SDGs, such as all-solid-state batteries, hydrogen-reduced iron production, and methanation. In this exhibition, we will explain our simulation technology and business.

Using PC and leaflets, the following tools for designers will be presented (i) "RICOS Lightning", an application that can predict the results of fluid simulations at high speed and with high accuracy using our AI. (ii) "RICOS Generative CAE", which proposes optimum geometry at high speed and automatically, with our CAD system

This year, we received the JPCA Award. We will demonstrate our core technology, IH reflow, which can also be applied to PE and 3D-MID, and our contribution to social issues in electronic board mounting, SDGs, and PFAS regulations.

MiraiKikai, Inc. aims to "make robots a part of everyday life." The company became the first in the world to commercialize a solar panel cleaning robot for desert environments. Building on this success, we have developed construction layout robots and AI camera robots for livestock management, designed to operate in harsh conditions and significantly improve efficiency.

Using micro-resolution metal 3D printing, we create heatsinks and electrolyzer components that significantly enhance efficiency and performance in cooling data centers and hydrogen production.

Fermelanta possesses integrated technologies for the construction of industrial strains using synthetic biology. By combining our multiple technologies of engineering microorganisms, we can solve problems of material production. We will introduce our precise fermentation technology to produce nature-derived ingredients.

A screening method using water-in-oil droplets containing large amounts of cells or microorganisms. This technology is revolutionizing the way we screen live microorganisms. It solves the problems of manpower, time, and enormous cost of culture media and reagents in conventional techniques. Expectations for material production by microorganisms and cells and for a bioeconomy society are increasing, and this technology is attracting attention as a technology that will accelerate this process.

We introduce an innovative wet-spinning technology based on a method that rapidly fabricates materials by controlling fluid dynamics within microchannels. This technology enables the spinning of fine and highly-aligned monofilament fibers from sustainable resource solutions, offering a pioneering technique to fiber production.

PyroAdjuster is an environmentally friendly fine particle of 1 μm diameter made of oxides of Zn, Mg and P. It has a large negative linear expansion coefficient exceeding -60 ppm/℃, and can suppress thermal expansion more effectively than silica over a wide temperature range including room temperature. It is insulating and applicable to micro components such as internal components of electronic devices.

Our battery inspection system visualizes the internal current density distribution, which directly impacts battery performance and life, allowing for precise identification of potential defects. It detects very minute defects which are not detectable by the aging test, a conventional inspection method. We innovate battery quality control by enabling all-cell inspection and zero battery ignition.

Our company has researched and developed walking support robots from the Taiwan Institute of Industrial Technology (equivalent to Japan Industrial Research Institute), has already acquired TFDA in Taiwan, and is the No. 1 in sales of walking support robots. It is a company of 1. Our products have been patented in both Japan and Taiwan. At the same time as visualizing the effects of rehabilitation therapy so far, rehabilitation can be performed more reliably and efficiently. In addition, it can reduce the workload of physical therapists and other medical professionals.

For electric buses and trucks (EV trucks), the Intelligent Charging System (EMS) and eTreego EV Charger not only improve charging efficiency but also fundamentally transform the management practices of the bus and logistics industries.

ASJade Technology is at the forefront of EV charging solutions, leveraging AI-empowered management platform and innovative payment solutions to deliver efficient, reliable charging solutions. We also develop software and energy equipment for public transport systems, covering all vehicle types. Our energy management system optimizes energy consumption and reduces costs for a sustainable future.

AI technology brings transformative advances to genetic diagnosis. Compared to traditional methods, AI reduces doctors' workload by up to 96% and cuts diagnostic time from over two weeks to under five minutes. This breakthrough improves medical efficiency, enabling faster treatment access. By offsetting high labor costs, AI also makes genetic testing more affordable and widely accessible.

Safe and flexible human-robot collaboration is an essential element in Society 5.0 smart manufacturing sites. Our Touche Solutions realize the collaboration between humans and robots that today's society demands.