In the Beyond 5G/6G era, communication services are expected to provide an environment in which anyone can access connectivity anytime and anywhere. To realize this vision, communication networks are required to achieve flexible coverage and quality through satellite communications, to adopt a multi‑orbit architecture that combines geostationary and non‑geostationary satellites as well as high‑altitude platforms (HAPS) as non‑terrestrial networks (NTNs), and to further integrate with terrestrial networks (TNs). This presentation introduces domestic and international trends in NTNs that are entering the “multi‑orbit era,” as well as trends toward the integration of TN and NTN.

Currently, IEEE 802.11be (Wi‑Fi 7) has emerged in the market as the latest and fastest wireless LAN technology. Building on this lineage, the IEEE 802.11 Working Group (WG) is now advancing the standardization of IEEE 802.11bn. This effort aims to achieve enhanced reliability, including improved throughput under interference, reduced latency and jitter, and minimized frame loss during roaming between access points. In addition, reflecting the global trend toward decarbonization, the activity also targets lower power consumption of access points. Furthermore, it seeks to improve communication efficiency and enable more flexible communication in peer-to-peer operation. In July of last year, approval was granted to develop Draft 1.0. And in August, the first Working Group–level electronic ballot (Letter Ballot) was conducted on the draft through October. Currently, comment resolution is underway toward Draft 2.0, and the key features have largely been defined. Meanwhile, discussions have already begun on launching the next phase of standardization. In this presentation, I will introduce the latest standardization trends in IEEE 802.11 wireless LAN, which continues to evolve to address emerging needs, and highlight the key technologies of interest.

Ministry of Internal Affairs and Communications

Telecommunications Bureau Director-General Radio Department

Hisashi Onaga

・AI Perspectives Toward the 6G Era

CoーChair of XGMF, Professor, The University of Tokyo

Akihiro Nakao

Evangelist , Senior Developer Relations Manager, NVIDIA

Mark Noda

Chief Technology Officer for Asia Pacific at Ericsson, Ericsson

Dr. Magnus Ewerbring

Head of Standardization and Ecosystem Engagement, Nokia

Dr. Ulrich Dropmann

Moderator: Akihiro Nakao (Co-Chair, XGMF / Professor, The University of Tokyo)

Akihiro Nakao and Speakers

Director of Land Mobile Communications Division ,Ministry of Internal Affairs and Communications（MIC）,Japan

Mr. Hirokazu Igarashi

Vice President of Spectrum Policy and Regulatory Counsel, Qualcomm

Mr. John Kuzin

Director of Advanced Technology, CTO Office Asia-Pacific, Ericsson

Mr. Håkan Olofsson

Head of Standardization and Ecosystem Engagement, Nokia

Dr. Ulrich Dropmann

Chair of ITU-R Working Party 5D（Senior Manager, Spectrum Planning Office, NTT DOCOMO, INC.）

Mr. Hiroyuki Atarashi

XGMF 6G Promotion Project Spectrum WG Leader（General Manager, Standardization & Regulation Technology and Research, Ericsson Japan）

Mr. Yoshio Honda

Moderator：Leader of 6G Promotion PJ, XGMF/CSO, NTT DOCOMO

Takehiro Nakamura　and Speakers

1.Overview of Freight Transportation in Japan

2.Large Language Models: Introduction and Importance to the Freight Industry

3.Application Scenarios of Large Models in the Freight Industry

4.Case Studies and Customer Feedback

5.Future Market Outlook

For transportation executives, driver health checkups are more than legal compliance. Interpreting results differently reveals risks of serious accidents and opportunities for workforce retention. This session, led by a registered dietitian specializing in the industry, explains how the "Deadly Quartet"—obesity, hypertension, dyslipidemia, and hyperglycemia—leads to myocardial and cerebral infarctions while driving. It also covers legal liabilities for neglecting re-examinations, cost savings through occupational health exams, and the importance of SAS screening. Gain a field-level perspective on turning checkup data into a roadmap for protecting drivers' futures.