Looking ahead to the era of 6G, we are engaged in research and development of new frequency bands, such as terahertz and Free Space Optical Communications (FSOC). Furthermore, by integrating wireless technology with AI, we aim to create next-generation communication networks that bring innovative changes to daily life and business.
We are advancing research and development towards the realization of large-scale, highly stable networks. By transitioning from traditional centralized systems to autonomous, decentralized cooperative systems, we aim to create next-generation networks that are more robust, higher quality, and capable of meeting diverse needs.
We are focusing on the research and development of a powerful computing infrastructure that supports large-scale AI processing and next-generation networks. We are conducting research and development on fast, secure, and energy-efficient solutions, including cloud, edge, and quantum computing, aiming to build a foundation that supports the evolution of AI, big data, and IoT.
HAPS (High Altitude Platform Station) is a flying communication base aiming to realize a society where people and all things across the globe are connected. To provide high-speed and high-quality communication over wide areas from the stratosphere, we are working on the development of HAPS airframes, communication devices, batteries, and other components. Additionally, we are engaged in meteorological research of the stratosphere where HAPS operates.
We are focusing on the technological development of services that will support future societies. For example, we are working on developing operational platforms for autonomous driving services, aiming to realize a safe and efficient mobility society. Additionally, by leveraging digital twins, we aim to create new possibilities for society by merging the real world with the digital space.