PROJECT

Vision

In this research project, international collaborative research will be conducted with a democratization approach where all stakeholders participate in the research to establish fundamental technologies for next-generation cyber infrastructure even more robust as social infrastructure. Specifically, we will promote "Local 6G," where we promote the use of high-frequency radio waves in local networks to drive various innovations locally and promote them to drive the evolution of the entire information and communication field by quickly identifying and demonstrating the value of useful technologies through campus testbed collaboration. We will establish a sustainable top researcher network by horizontally expanding the top researcher circle in this research field to like-minded countries, with Japan and Finland as the core, and vertically expanding them between generations. Ultimately, we strategically focus on the early experience of young researchers in international collaborative research and the formation of human networks through participation in collaborative projects. The goal is to contribute to the continuous cultivation of globally distinguished human resources in the field of information communication in Japan.

Objective

The current situation, where large-scale disruptions are occurring in the public mobile networks maintained by telecommunications carriers, highlights the need for robust information and communication systems. To address this, we are researching "Local 6G," a local network (private network) that aims to develop and implement next-generation information and communication technologies in a democratic manner. Specifically, Local 6G has two main objectives: (1) to accurately analyze and understand the diverse challenges in the economic and social activities of citizens, rapidly deploy cutting-edge technologies (such as AI-driven congestion control, advanced security and authentication, robust core technologies, and NTN/terrestrial integrated communication technologies) within local networks, visualize their value, and accelerate their standardization and implementation; and (2) to strategically deploy local networks utilizing high-frequency wireless communication in targeted areas to extend coverage in underserved and congested regions, enhance redundancy, and achieve mission-critical communications.

The Pillars of Project

Top Reseacher Circle

The formation of an everyday and seamless top researcher circle that is not constrained by physical location.

Living Lab/Testbed

The establishment of a living lab model for next-generation cyber infrastructure that is operationally viable for both providers and users of advanced technologies.

Industry-Academia-Government Collaboration

The establishment of a flagship organization dedicated to building next-generation cyber infrastructure, which will serve as the lifeline in a cyber-physical fusion society, through the promotion of further international collaboration and stronger partnerships between industry, academia, and government.