F3-03

11.21(金) 12:15-12:55 | 展示会場内 RoomF

×

Thematic Seminar

Indispensable International Standards for the Future of IoT

Presented byTrusted Computing Group

This seminar will provide an overview of the Trusted Computing Group (TCG), a global non-profit organization that develops open industry standards to enhance IT device security. It will focus on the Trusted Platform Module (TPM)—the most widely adopted TCG security module—and include live demonstrations. Mr. Nagata, Co-Chair of the TCG Japan Regional Forum, will outline TCG activities and TPM’s ISO-certified technical specifications. Prof. Suzaki (Graduate School of Information Security / ROIS) will then introduce TPM implementation methods for IoT devices through a hands-on demonstration. In this seminar, participants will gain insight into TCG’s achievements, the expanding use of its technologies, and the TPM’s central role in advancing security strategies across diverse fields.
  • IoT
Speaker

Trusted Computing Group

JRF Co-Chair /
NEC Lead Technology Evangelist,
Aerospace National Security Business Unit

Atsushi Nagata

Atsushi Nagata is a lead technology evangelist. He has been involved in the development of network appliance and SDN products, leading a launch of the automated defense market in Japan by combining SDN technology with various security products. Currently, he leads consultation and architecture design for government agencies and critical infrastructure. He also engages in the promotion of supply chain security and zero-trust security in Japan through hardware trusts for work in Trusted Computing Group (TCG) Japan Regional Forum (JRF).

Speaker

Trusted Computing Group

Invited Expert /
TCG-JRF Member; /
Professor,
Institute of Information Security (Graduate School)

Kuniyasu Suzaki

Professor Suzaki has contributed significantly to the dissemination of Trusted Computing technologies through the development of KNOPPIX Trusted Computing Geeks v1.0 (2008), a 1CD Linux environment enabling verification of TPM Remote Attestation, and VMKNOPPIX, which supports vTPM functionality within virtual machines. He has also conducted pioneering research utilizing TPM-based key management, including DeviceDisEnabler (Black Hat Sao Paulo 2014, CODE BLUE 2014), DeviceVeil (IEEE/IFIP DSN 2019), and SmmPack (DIMVA 2024), all of which have earned international recognition. He was appointed as a TCG's Invited Expert in 2019 and he has been actively engaged in promoting TPM technologies both within and outside the university and has been a dedicated contributor to the TCG-JRF. His current research focuses on vTPM and Remote Attestation technologies within Confidential Virtual Machines (CVMs) leveraging Trusted Execution Environments (TEEs).

Inquiry

close