"Super Smart Society (Society 5.0)" mission area

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Establishment of a Service Platform that Enables Collaboration between Various Components and Creation of New Services

To accelerate the realization of the "Super Smart Society (Society 5.0)" through IoT, we extract and componentize the functions of various devices on the network and some functions of old and new systems. Our goal is to build a "service platform" that combines and coordinates these services to create new services. Specifically, it provides an open API (Application Programming Interface) by componentization of various hierarchical functions related to the control of things in the real world. Then, we build a mechanism for cooperation and coordination of various components. New features and services can be implemented by calling the functionality of components through various APIs. In addition, we will develop automation technology that utilizes AI and other technologies to link and coordinate various systems and devices flexibly and dynamically.

Through these R&D activities, we continuously create new systems, services, businesses, and innovations that will contribute to the realization of "Super Smart Society (Society 5.0)" and accelerate the creation of new value.

R&D Projects

<Adopted in FY2017> R&D Project TitleSummaryR&D Period
Creation of Synergic Mobility
KAWAGUCHI Nobuo(Professor, Institutes of Innovation for Future Society, Nagoya University)
Creation of Synergic Mobility
(PDF:189KB)
2017.11
-2019.03
Development of a Shared City Platform
TAKEUCHI Yuichiro(Associate Researcher, Sony Computer Science Laboratories Inc.)
Development of a Shared City Platform
(PDF:168KB)
2017.11
-2019.03
Artificial/Human Intelligence and Cyber/Physical Worlds Gradual Convergence Platform
TANO Shun'ichi(Professor, Dean, Graduate School of Information Systems, The University of Electro-Communications)
Artificial/Human Intelligence and Cyber/Physical Worlds Gradual Convergence Platform
(PDF:211KB)
2017.11
-2020.03
Vison-Driven Architecture and Its Management Framework for S5.0
NISHIMURA Hidekazu(Professor, Graduate School of System Design and Management, Keio University)
Vison-Driven Architecture and Its Management Framework for S5.0
(PDF:322KB)
2017.11
-2019.03
Development of Service Management Platform for Sustainable Smart City
HAYASHI Yasuhiro(Professor, Graduate School of Advanced Science and Engineering, Major in Electrical Engineering and Bioscience, Waseda University)
Development of Service Management Platform for Sustainable Smart City
(PDF:367KB)
2017.11
-2021.03
Data-centric service platform connecting heterogeneous systems
MATSUTSUKA Takahide(Director, Digital Business Platform Unit, FUJITSU LIMITED)
Data-centric service platform connecting heterogeneous systems
(PDF:173KB)
2017.11
-2019.03
<Adopted in FY2018> R&D Project TitleSummaryR&D Period
Development of grid cooperative/distributed real time smart energy system permitting large scale installation of renewable energy power source premising low-cost social implementation
IHARA Manabu(Professor, Department of Chemical Science and Engineering, Tokyo Institute of Technology)
Development of grid cooperative/distributed real time smart energy system permitting large scale installation of renewable energy power source premising low-cost social implementation
(PDF:198KB)
2018.11
-2021.05
Area Management Platform for Super Smart City
SADOHARA Satoru(Professor, Faculty of Urban Innovation, Yokohama National University)
Area Management Platform for Super Smart City
(PDF:208KB)
2018.11
-2020.03
Developing Ultra-High Resolution Meteorological Information Service Platform for Metropolis
MORI Yasuaki(Deputy General Manager, Environment and Energy Department, Japan Weather Association)
Developing Ultra-High Resolution Meteorological Information Service Platform for Metropolis
(PDF:312KB)
2018.11
-2020.03

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