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Symposium on Cyber and Physical Security for the IoT Society 2022
Toward a Society with Secure Supply Chain SecurityOutline of the Symposium
4-6 Kanda surugadai, Chiyoda-ku, Tokyo
101-0062
Tel: +81-3-6206-4855
Acess:
1-min. walk from Hijiribashi Exit
JR Chuo Line/Sobu Line: Ochanomizu Station
0-min walk from Exit B2(Direct link to concourse)
TokyoMetro Chiyoda Line: Shin-Ochanomizu Station
4-min walk from Exit 1
TokyoMetro Marunouchi Line: Ochanomizu Station
6-min walk from Exit B3
Toei Shinjyuku Line: Ogawamachi Station
What's New
MoreRegistration is still available. Register now, you will be able to enjoy archived presentation and exhibits until March 24.
Over 500 people participated in the symposium both in-person and online.
Greeting
In recent years, as society as a whole has been promoting DX using IoT devices, etc., cyber security incidents targeting IoT devices and their supply chain from manufacturing to service use have been occurring frequently globally, threatening the socioeconomic activities of the digital society.Archive
Toward a Society with Secure Supply Chain Security
Keynote Speech: MITRE's System of Trust: Supply Chain Assessment Synergy Consistency and Evidence-Based
Lightning Talk: SIP/Cyber Physical Security for IoT Society - Exhibit Highlights
Cyber and Physical Security for the IoT Society 2022
Join us the program and share your knowledge for cyber-physical security in global supply chainProgram Schedule
Program Highlight
“Cyber Physical Security for the IoT Society"
Program Director
Prof. Dr. Atsuhiro Goto, President, Institute of Information Security
"The Strategic Innovation Program (SIP) Phase 2: Cyber Physical Security for the IoT Society" aims to realize a secure Society 5.0 by developing “Cyber Physical Security Infrastructure" to protect IoT systems, services, and large-scale supply chains, including small and medium-sized enterprises (SMEs), as a foundation for the realization of a secure Society 5.0.
In the final year of the five-year research and development period, we have successfully developed and demonstrated a number of successful technologies, and are now ready for their implementation in society. The talk will address summary of the value and significance of these achievements.
Keynote Speech (with simultaneous interpretation in English and Japanese)
MITRE's System of Trust: Supply Chain Assessment Synergy Consistency and Evidence-BasedMr. Robert A. Martin
Senior Principal Software and Supply Chain Assurance Engineer,
Cyber Solutions, MITRE Corporation
The trustworthiness of supply chains is at the center of many of today’s global security challenges. This presentation explores the details of System of Trust (SoT), a community effort to develop and validate a process for integrating evidence of the organizational, technical, and transactional trustworthiness of supply chain elements for decision makers dealing with supply chain security. This framework defines, aligns, and addresses the specific concerns and risks that stand in the way of organizations’ trusting suppliers, supplies, and service offerings. Importantly, the framework offers a comprehensive, consistent, and repeatable methodology that is based on decades of supply chain security experience, deep insights into the complex challenges facing the procurement and operations communities, and broad knowledge of the relevant standards and best practices.
By creating and curating a community-enabled structured corpus of risks about trusting organizations, products, and components, and service offerings that can be adopted, taught, and utilized by any organization involved in a supply chain, SoT offers a framework for focusing concise and rapid attention onto those risks most relevant and actionable to the parties involved in exchanging goods and services. This is comparable to how MITRE’s ATT&CK framework enables discourse and synergies in the cyber risk domain.
MITRE Corporation (MITRE) is dedicated to solving America's greatest challenges in defense, cybersecurity, healthcare, homeland security, justice, and transportation.
MITRE's mission-driven team is committed to solving problems to create a safer world.
MITRE's MITRE ATT&CK (Miter Attack) is the security industry's much talked-about cybersecurity knowledge-based framework. It is a highly regarded knowledge base within the industry that has accumulated a collection of previous cyber attack methods, categorized and systematized them, and details the tactics and techniques executed in a series of attack cycles in a matrix format.
https://www.mitre.org/
Robert A. Martin is a principal engineer at MITRE, a company that works in partnership with the government to address issues of critical national importance.
For the past 18 years, Robert's efforts have focused on the interplay of risk management, cyber security, and quality assessment. The majority of this time has been spent working on the CVE, OVAL, CAPEC, and CWE security standards initiatives in addition to basic quality measurement and management. Robert is a frequent speaker on the various security and quality issues surrounding information technology systems and has published numerous papers on these topics.
Robert joined MITRE in 1981 with a BS and MS in EE from RPI. Later he earned an MBA from Babson College. He is a member of the ACM, AFCEA, IEEE, and the IEEE Computer Society.
Lightning Talks and Exhibitor Presentations
Please come to the exhibition hall after listening to the flash presentation at Lightning Talks (11:40-11:50). Exhibitor Presentations (13:00-14:50) will be held in parallel with the exhibition during the exhibition hours. Exhibitors will provide an overview of their technological developments, and visitors are welcome to come to the exhibition booth after listening to the presentation.Exhibition
MoreDevelopment of SCU application systems to demonstrate practical technologies
Development of technology to eliminate or detect malicious functions in hardware level against the design data
Development of Security Assurance Scheme for SCU which can be embedded to low-cost IoT devices
Authenticity and integrity monitoring technology for IoT device configuration
Lightweight Monitoring of Program Authenticity and Integrity for IoT Devices in Operation
Anomaly Detection for Cyber-Physical Systems Impact Assessment and Countermeasure Execution Support Technology
Impact Assessment and Countermeasure Execution Support Technology
Detection and response technology of invalid data flowing across cyber and physical spaces
Information distribution technology and its application to secure connection between local governments and companies
Digital Trust building trustworthiness of supply chain in Society 5.0
Project Movie of SIP/Cyber Physical Security for IoT Society
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