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Silicon Valley Bangkok Beijing Europe New Delhi Links Frequently searched keywords hydrogen fuel cell FH2R ammonia artificial intelligence Inquiry Access Home Activities Materials and nanotechnology Materials and components Development of Sensing Technology for Detecting Extremely Weak Signals to Realize an IoT Society Development of Sensing Technology for Detecting Extremely Weak Signals to Realize an IoT Society Project overview Project period: FY2019 to FY2024, budget: 520 million yen (FY2023) Due to a declining population, falling birthrates, and energy/resource limitations, various social issues have arisen in Japan, including increases in medical and long-term care costs, regional labor shortages, increases in the number of mobility-impaired persons, and increasing burdens for infrastructure operations and maintenance. Therefore, the achievement of innovative sensing technology that achieves a high degree of fusion between cyberspace (virtual spaces) and physical spaces (real spaces) is expected to help with utilizing a wealth of actual data obtained from people and various objects that will allow for visualizing issues in detail and thereby realize both the quick resolution of social issues and the creation of new value. The goal of this project is to work toward the resolution of various social issues in Japan by using the country&＃39;s state-of-the-art nanotechnology and biotechnology—two of its strengths—as a starting point for innovation to develop cutting-edge technology that enables consistent detection of ultra-small amounts measured in the range of ppt, fmol/L, μV, with small, lightweight, energy-saving, low-cost devices. Such detection is currently only possible by using large, expensive ultra-high precision measurement and analysis instruments that require considerable power and time to make measurements. Project Overview Research and Development Development of Innovative Sensing Technology [1] Research and development of a virus gatekeeper of detecting infection risk in one minute NEDO will focus on three viral infections novel COVID-19, Influenza virus, and Norovirus, and develop a virus gatekeeper to prevent people who may be carrying viruses from entering elderly care facilities and food factories. Figure 1 High sensitivity, high speed, and simple virus sensing system [2] Research and development of IMS breath analysis system using atmospheric electron emission ionization NEDO will develop a new IMS (Ion Mobility Spectrometry) to measure gas mobility using an innovative device that ionizes gases in the atmosphere. Because of its small size and real-time multi-component analysis capability, NEDO aims to apply IMS to animal breath analysis and implement IoT to provide data analysis services such as early detection of diseases. Figure 2 IMS Breath Analyzer Development of Innovative Basic Sensing Technology In collaboration with R&D themes related to innovative sensing technology, NEDO will develop evaluation technology and reference materials and construct an evaluation environment to accurately and precisely measure the level at which the sensing element of the device responds and the signals obtained, such as measurement technology for minute sound pressure, trace concentration, etc. In addition to the development of high-precision ultra-low noise evaluation techniques, NEDO also develops general-purpose ultra-low noise evaluation instruments and systems that can be used by a wide range of developers and users. Project Manager NAKAJIMA Michito With the innovative sensing technology currently under development, NEDO aims to create new services that will contribute to detecting signs of lifestyle-related diseases, preventing the spread of viral infections, and creating safe and secure cities. Furthermore, through reliability evaluation technology for these devices, NEDO aims to standardize them internationally and contribute to their practical use and promotion. Related Information Research evaluation committee "Development of innovative sensing technology to realize an IoT society" (Interim evaluation) Subcommittee (Available only in Japanese) Holding of results report meeting about "Development of next-generation artificial intelligence, sensing, and core technology to realize an IoT society" Basic information Technical field Materials and components Project code P19005 Department in charge Materials Technology and Nanotechnology Department (TEL: +81-44-520-5220) Last Updated : January 23, 2024 　　　Top Terms of Website Use Privacy Policy New Energy and Industrial Technology Development Organization JCN（Japan Corporate Number） 2020005008480© New Energy and Industrial Technology Development Organization. All rights reserved.