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Utilizing the technology and know-how that has been built up at Cambridge University, MIT University oxford University, Harvard University, The University of Tokyo, Osaka University, etc., we have been working on high-quality and original technology development. In order to provide safe and convenient products, we have obtained many patents related to DX cutting-edge technology and development such as AIoT 5G blockchain quantum computing XR, AR, VR, etc., and will continue to be an "ICT company" ICT area (main areas: Fintech, communication [ AR / VR], security, media content, Bigdata, cloud, IoT / drone, marketing / advertising, medical / healthcare, robotics, power / battery, AI, Enterprise, education New energy industry (battery-related) battery (storage battery, hydrogen)・ We will continue to develop and evolve as (fuel cells, etc.) and battery materials / components, etc.). Hardware / software development, demonstration experiments, prototype product research / development / operation / sales using cutting-edge technology by field (environment / energy, life science, system / information science and technology, nanotechnology / materials) 

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By field (environment / energy, life science, system / information science and technology, nanotechnology / materials) Realization of "ultra-smart society" (Society 5.0), "11 systems" that are said to be advanced toward its realization include "promotion of community-based comprehensive care system", "smart food chain system", "smart" "Production system" is included. In addition, among the issues that should be strategically resolved, there are several related matters such as stable food security, formation of a healthy and long-lived society by realizing the world's most advanced medical technology, and improvement of competitiveness in manufacturing and manufacturing. It has been. Regarding the research and development related to the above-mentioned "formation of a healthy and long-lived society by realizing the world's most advanced medical technology", based on the health and medical strategy and the medical field research and development promotion plan under the Health and Medical Strategy Promotion Headquarters. , The following nine main initiatives will be promoted as pillars. In addition, in other fields such as infectious disease control We will promote international contributions, build a medical ICT infrastructure, and improve the environment for utilization. All-Japan drug creation All-Japan medical device development Innovative medical technology creation base project Realization of regenerative medicine Highway concept Genome medical realization project for overcoming diseases Japan Cancer Research Project Brain and Mental Health Powerhouse Realization Project Emerging and re-emerging infectious disease control project R & D bird's-eye view report R & D strategies of major countries (2020) CRDS-FY2019-FR-02 National Research and Development, Japan Science and Technology Agency Research and Development Strategy Center Intractable disease overcoming project

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System / Information Science and Technology Field The information science and technology field has been positioned as a common basic technology that supports green innovation, life innovation, and strengthening of industrial competitiveness. In addition, as science and technology that can be used across multiple fields and science and technology in the fusion field, nanotechnology, optical / quantum science and technology, advanced information and communication technology such as simulation and e-science, mathematical science, and system science. Promotion of technology research and development is mentioned, and as a concrete initiative, basic technology required for ultra-smart social service platform
As strong as cyber security, IoT system construction, big data analysis, AI, devices, etc.
Strong robots, sensors, light, quantum, etc. as basic technologies that will be the core of technology and new value creation
It is going to be changed. The four pillars are (1) social implementation of Society 5.0, (2) strengthening of research capabilities centered on basic research, (3) drastic strengthening of international cooperation, and (4) construction of priority strategies in cutting-edge and important fields such as AI technology and quantum technology. Was included. Nanotechnology / Materials field “Nanotechnology / Materials” is one of the four priority promotion fields, and resource allocation has been focused on for 10 years along with life sciences, information and communications, and the environment. The main achievements were as follows. "Discovery of new superconducting materials including iron", "Progress in development of various materials leading to practical use including carbon fiber composite materials", "Progress in research on molecular imaging", "National core technology" X-ray
Development of R & D infrastructure such as "free electron laser" and "nanotechnology network", "Oh
Industry-academia-government collaboration by Pun Innovation Center "Tsukuba Innovation Arena" (TIA-nano)
"Strengthening", "Ministry collaboration project:" Element strategy project "(Ministry of Education, Culture, Sports, Science and Technology) and" Rare metal alternative materials
"Project" (Ministry of Economy, Trade and Industry) steady progress ", etc. In the 4th term (2011-2015), 11 systems that contribute to the realization of the "super smart society" of RIKEN (Society 5.0) were identified from the priority area type of science and technology, and "Society 5.0" was identified as one of them. Integrated Material Development System ”Overview Report of Research and Development 


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R & D strategies of major countries (2020)
CRDS-FY2019-FR-02 National Research and Development, Japan Science and Technology Agency Research and Development Strategy Center
There are 28. To promote the creation of innovative functional materials, structural materials, etc. that make full use of computational science and data science.
In addition, with the goal of significantly shortening the development period, we are aware of the problem that nanotechnology and materials science and technology must continue to play a major role in the realization of Society 5.0 and SDGs. In August 2018, the Nanotechnology and Materials Science and Technology Committee of the Research Planning and Evaluation Subcommittee of the Science and Technology Council of the Ministry of Education, Culture, Sports, Science and Technology announced the "Social Revolution by Materials" that contributes to both industrial promotion and "happiness" of humankind. (Material Revolution) ”was announced with the goal of realizing the“ Nanotechnology / Materials Science and Technology Research and Development Strategy ”.
(3) Research infrastructure policy in the field of nanotechnology and materials
Tip. We provide cutting-edge research equipment and technical support to industry-academia-government users in three technical areas (microstructure analysis, microfabrication, and molecular / substance synthesis). It is operated by 38 institutions nationwide, including 11 institutions for microstructure analysis, 16 institutions for microfabrication, 10 institutions for molecular / substance synthesis, and a center agency responsible for overall coordination of the entire business. In addition, in collaboration with JST's ALCA next-generation storage battery project, the National Institute of Advanced Industrial Science and Technology will be in Tsukuba, where cutting-edge nanotechnology research facilities and human resources, which consist of three institutions, will be concentrated.
Quality and Materials Research Organization, University of Tsukuba, High Energy Accelerator Research Organization, University of Tokyo as the core, Japan Economics
In collaboration with the Japan Business Federation (Keidanren), a global R & D and open innovation base TIA
It is forming (from 2009). At TIA, 1. Creating Global Value, 2. Under One Roof, 3. Independence
A virtuous cycle, 4. Win-Win cooperation network, 5. Next-generation human resources development, with five principles, cooperation network with companies and universities
As a fusion base open to industry, academia and government, we will promote the industrialization of nanotechnology and human resource development in an integrated manner by promoting AI, quantum information science (QIS), and computing-based QIS, and develop and strengthen human resources. Plan and pull the industry
Prioritize research and development that provides the infrastructure that supports QIS. Sustainable and interoperable software, data maintenance and curation, and adequate security to support the research and development needed for future high-performance computing paradigms, manufacturing, devices, and architecture. Biomedical Opioid Crisis Fighting, Rapid Detection and Containment of Infectious Diseases, Drug Resistance, Prevention and Treatment of Chronic Diseases, Genetic Therapy, Neuroscience, Medical Measures and Public Health Preparation, HIV / AIDS Eradication, and More Prioritize R & D investment aimed at improving the independence, safety and health of the elderly and people with disabilities in the United States. Rapidly establish safety and efficacy for products developed using bioeconomy gene editing, adopting biotechnology products and social responsibility
Prioritize evidence-based criteria and research to promote certain uses ① "All of Us" research program (cohort study for personalized medicine)
② BRAIN (Brain Research through Advancing Innovative Neurotechnologies) Initiative
③ Cancer Moonshot
(4) Regenerative Medicine Innovation Project PCA in 2021 is also planned to be in these 11 areas.
① Artificial intelligence (AI)
② Computing for human interaction, communication, and ability improvement
③ Computing (CNPS) to network physical systems
④ Cyber ​​Security and Privacy (CSP) Education and Human Resources (EdW)
⑥ Research and development of high-capability computing system (EHCS)
⑦ High Capability Computing Infrastructure and Applications (HCIA)
⑧ Intelligent Robotics and Autonomous System (IRAS)
⑨ Large-scale data management and analysis (LSDMA)
⑩ Large-scale network (LSN)
⑪ Software productivity / sustainability / quality (SPSQ)
Innovative Medicines Initiative (IMI) 2 Innovative Medicines 30
Electronic Components & System Initiative (ECSEL) Electronic Components & Systems 50
Clean Sky (CS) 2 Air and Air Transport 40
Fuel Cells and Hydrogen (FCH) 2 Hydrogen / Fuel Cell 13.3
Shift2Rail European single rail network 9.2
Bio-based Industries (BBI) Bio-based materials and biorefining 37
Single European Sky ATM Research (SESAR) Air Traffic Management Systems, Engineering and Physical Sciences Research Council (EPSRC), Economic and Social Research Council (ESRC), and Arts and Humanities Research Council (AHRC) Is doing only. Medical Research Council (MRC), Biotechnology and Biological Science Research Council (BBSRC), Nature
The Environmental Research Council (NERC) not only provides research funding, but also has a research organization under its umbrella to carry out research on its own.
Giving. The Science and Technology Facility Council (STFC) manages and operates research facilities in addition to providing research funding.
ing. UKRI's 2019 budget for the study council is approximately £ 3.81 billion, using artificial intelligence (AI), data and innovation to prevent disease, diagnose early, and treat chronic diseases by 2030. By 2035, at least five years longer than it is now, closing the gap between the rich and the poor
Clean growth that enables people to lead healthy and independent lives By 2030, at least halve the energy use of new buildings by 2030 Establish at least one low-carbon industrial cluster by 2040 Establish the world's first industrial cluster with zero net greenhouse gas emissions
Future Transport Means Putting the UK at the forefront of zero-emission vehicle (ZEV) design and manufacturing, 2040
Ideas for virtually zero emissions of all new cars and trucks by the year
・ Increase overall R & D investment to 2.4% of GDP by 2027
・ Increased R & D tax credit ratio to 12%
-Investment of £ 725 million in the Industrial Strategy Challenge Fund (ISCF)
Human resources (People)
· Invested £ 406m to promote education in STEM capabilities
・ Established a national retraining system for the digital field, etc., and built technology and digital
£ 64m investment in technical training
・ Increased the National Fund for Productivity Investment (NPIF) to £ 31 billion, transportation, housing construction,
Promote investment in fields such as digital
· Electric vehicle (EV) support (£ 400 million in charging infrastructure investment and £ 100 million
Includes plug-in car grants)
-Invested over £ 1 billion to develop digital infrastructure (100 million for 5G)
(Including £ 76m, etc.)
Business environment
・ Start and exhibition of sector agreement (government-industry alliance for the purpose of improving productivity)
Open (as of December 2019, space, artificial intelligence, automobiles, construction, creative industry, rye
Agreements with 10 sectors of science, nuclear, offshore wind, rail and tourism)
· Invest over £ 20bn in innovative, high-potential businesses
・ Small and medium-sized companies, such as how to deal with the so-called "long tail" of low-productivity companies
Conducting reviews to improve corporate productivity, etc.
Formulation of regional / regional industrial strategy
・ Launched “Urban Reform Fund” for intercity transportation and invested £ 1.7 billion
・ Launched “Teacher Development Program” and invested 42 million pounds Environment / Energy
UK Energy Research Center (UKERC) London (Research bases are located throughout the country)
Founded in 2004. Conducting world-class research on sustainable future energy systems. It is a hub for energy research in the UK and a contact point for connecting energy research communities in the UK and abroad. It is subsidized by one of the cross-research council programs, the Energy Program for the Low Carbon Future. Life Sciences European Molecular Biology Laboratory (EMBL-EBI) Hinxton (Cambridgeshire) Established in 1992 as a division of the European Molecular Biology Laboratory (EMBL). We provide databases and conduct research related to bioinformatics. Most of the operating funds are contributed by the governments of EMBL member countries, mainly EU countries. Information Science and Technology Cambridge University Computer Laboratory Cambridge Founded in 1937. An organization at the University of Cambridge that conducts a wide range of research in areas such as computer science, engineering, technology, and mathematics. Nanotechnology and Materials Cavendish Laboratory, University of Cambridge Cambridge Founded in 1874. Institute of Physics, University of Cambridge. So far, 29 Nobel laureates have been produced. Francis Crick
James Watson discovered the double helix structure of DNA when he was at the institute, and in 1962 he won the Medical Physiology Award to improve the effectiveness of cancer treatment and strengthen cancer research to extend the lifespan of cancer patients. do. prevention,
Improve early detection, diagnosis and treatment. Promote the digitization of patient charts and the associated strengthening of data protection. Introduce an electronic medical record system to university hospitals in Germany by 2025. Promote plant-derived plastic production by 2025 to reduce plastic waste
Or develop substances that can be efficiently recycled, and have similar challenges.
Promote research and development by collaborating with other regions.
Aim for CO2 emissions of about 85-90% in 1990 to realize the environmental protection plan 2050
It points to the improvement of production processes and the realization of a sound-cycle economy.
Creating innovative business models through efficient resource use and digitalization
Increase productivity with.
Conduct environmental assessments using innovative tools and new indicators to protect diverse species.
This area is the beginning of major innovations such as autonomous driving, electric vehicles and fuel cell vehicles.
It has been placed. Comprehensive including charging facility development, deregulation, EU policy, etc.
Implement practical measures.
Support technology development and supply chain construction for battery production in Germany.
Bridging the gap between urban and rural areas due to changes in economic structure and demographics with the power of digital to create an environment
Improve quality of life in a thoughtful manner.
With concerns about labor shortages due to the aging of the population, assistant systems and
Use robots to reduce the burden of labor. Robo in society, including safety and health
Implement comprehensive measures such as acceptance of
② Mission in future technology
With Germany and Europe as bases for AI research and development and practical application, while securing human resources
Build an AI-based business model by involving various application areas.
③ Mission in creating an open innovation environment and entrepreneurial culture
Open access, open science, open data, open inno
Contribute to the creation of the latest science through the principle of vation. Priority technology areas
Goal Priority technology
Research with an eye on social implementation and application
Machine learning, big data
Cyber ​​security, HMI, robots, VR
Communication system, 5G communication technology
Batteries, 3D printing, weight reduction, manufacturing technology
Technology that should leap to the top of the world
Quantum simulation system, ultra-precision measurement technology, imaging
Biotechnology, bioinformatics
Aerospace satellite, material ARENA 



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We have good transactions as a core partner with Hitachi, Ltd., Hitachi Solutions, Ltd., Hitachi Systems, Ltd., Hitachi Group companies, NTT, NTT DATA, and System Information Co., Ltd. We plan and promote new businesses related to advanced technologies such as AI, fintech, and next-generation batteries. In the age of 5G and seeds such as data science, AI, IoT, and video technology, we will collaborate with domestic and overseas content providers and NTT to develop and promote new collaborative businesses in order to provide new experiences utilizing communication services. We will plan and promote new businesses related to advanced technologies such as AI, FinTech, and next-generation batteries. We develop and operate businesses that combine the services of domestic and overseas businesses in various fields such as video, music, and commerce with our communication services. IT consulting business (business consulting and profession industry: business consulting, profession field: telework promotion, work style reform, personnel (HRTech), business reform, etc. Web service development, software development field industry: PM / SE, programmer, UX designer , Web designer field: Software / system development, education business such as website production, R & D field Industry: ICT technology field instructor, mentor, researcher field: ICT fusion human resources development, technical lab (R & D)

Health work in the fields of AI, brain wave analysis, healthcare, etc. AI analysis of brain image data creates new value in preventive medicine! Image processing related to AI research using a large amount of medical image data
Developed AI diagnostic assistance system at medical device venture
Business related to foot and health Sales of 3D foot type automatic measuring machine, business utilizing foot type data Sales of 3D foot type automatic measuring machine Propose new products to sales destinations of 3D foot type automatic measuring machine
Work to develop AI apps that prevent medical collapse with personalized self-care
We developed and announced our own smart watch, which is the most familiar and easy-to-wear IoT, before Apple Watch, and continued to exhibit at Baselworld, the highest peak of watches in Switzerland. The company was established in Silicon Valley in 2018, and in 2019, the latest model with the theme of sustainability, which was praised by WWD in the United States, was launched in North America ...
Natural language processing that promotes research and development of next-generation educational models with AI
AI financing model research and development utilizing deep learning and reinforcement learning
Solve agricultural issues with AI and robots! Creating the future of Japan 

Sam Whol
Demand Generation lead at HOCIT AI

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