TECHNET TOKYO 2019

08:30-09:20

STEM Education Day Session 1

Simulation, Virtual Reality, and Augmented Reality Technologies: Their Merits for Training Purposes and the Methods of Developing Applications

Abstract: Simulation, virtual reality, and augmented reality technologies are continually growing in their adoption by organizations in both military and non-military markets. A common use is training for vehicle operators (fighter pilots, tank drivers, drone operators, heavy machinery operators, etc.), all participants in full battle scenarios, and emergency responders. Other applications include design/development of all type of vehicles, instrumentation, and infrared/radar sensors. These technologies have merits such as increased quality of training through repetition and usage of unlimited scenarios, decreased costs because of the reduced need for training on real vehicles, and increased safety. This presentation will cover these topics in more detail and show how an actual simulation application can be developed using off-the-shelf software and hardware products. Through the use of a VR head-mounted display, participants will also be able to become fully immersed in that 3D simulation scenario.

Company: RealViz
Presenter: Wataru Ishikawa, Sales, RealViz; Kenzo Chado, Sales, RealViz; Dale Michihiro Suzuki, Vice President of Sales and Marketing Development, RealViz

11:30-12:20

STEM Education Day Session 4

Monitoring your Mission-Critical Services from Everywhere

Abstract: Learn how nGeniusPULSE helps ensure the essential elements of your organization are connected and working – even at remote locations. We will share and demonstrate how you can easily and efficiently keep an eye on the performance of SaaS, cloud, Wi-Fi, and infrastructure everywhere in your mission-critical environment.

Company: NetScout
Presenter: Jason Chaffee, Sr. Product Manager

12:30-13:20

STEM Education Day Session 5

Enabling Advanced Cyber Threat Defense (ACTD) leveraging next generation HBSS/ESS

Introducing: Next Generation Dynamic Endpoint Security Framework for ePO and HBSS/ESS

In today’s enterprise environment, cybersecurity demands a multi-pronged approach. The endpoints are the new perimeter and must have the most sophisticated protection possible. Gone are the days of just deploying traditional anti-virus, endpoint security must be intelligent and integrated to enable protection, detection and correction across the threat defense lifecycle. If your endpoint security could talk to other security technologies and tell you in plain language what they are seeing and doing, then you’d have an intelligent endpoint security that works for you.

An Intelligent Integrated Security solution provides a comprehensive set of security controls that is easy to extend and adapt over time. It focuses on providing protection against current threats, as well as visibility to identify and adapt to new threats while leveraging existing technologies such as HBSS/ESS and other existing Cyber security solutions inside your environment.

Adaptive Cyber Threat Defense (ACTD) analyzes content from your enterprise – including third party security solutions – and decides what to do based on file reputation, rules, and reputation thresholds. Learn how to perform automated analysis, to contain, block, or clean files with known malicious or unknown reputations while fully integrating with your existing HBSS/ESS environment.

Please join us as we discuss real world examples of the ACTD architecture inside the US Department of Defense and how it’s application improves the security posture, operational readiness, and delivers real-time visibility and reporting to both senior leadership as well as the technical resources that defend the cyber landscape inside the different Areas of Responsibility.

Company: McAfee
Presenter: Mario Pena, Public Sector and Global Governments, Asia Pacific Lead

14:30-15:20

STEM Education Day Session 7

Cyber-Physical Security: Security Evaluation and Trends for Embedded System Security in the Era of Artificial Intelligence.

Abstract: The goal of this presentation is to introduce the importance of cyber-physical security. Since every connected device can be used to corrupt complex cyber systems, the number of potential point of failures is rapidly increasing. It is therefore important to consider how to systematically evaluate security and implement protections against cyber and physical attacks as early as the design phase of chipsets, before they are integrated especially in the case of defense or military applications. Through Secure-IC’s Laboryzr solution, examples of Hardware security and embedded software evaluation will be shown, especially with regards to Side Channel Attacks, that aim at extracting secret information from the hardware.

Last, Artificial Intelligence is emerging as a powerful defense but also attack tool. AI combined with the upcoming quantum computing emergence, classical cryptographic algorithms and current security solutions will become ineffective and will have to evolve.

Company: Secure-IC
Presenter: Yan-Tarō Clochard, Director, Secure-IC K.K. and Sales Director North Asia

12:00-13:00

Session 2: Lunch

Session 2: Keynote

Toyota’s Global Cyber Security Strategy

Presenter: Tomoji Furuta, Chief Information Security Officer, Toyota

15:00-16:00

Session 4: Keynote

Japanese Government Strategy on Cyber Security Deterrence

Presenter: Mr. Kenzo Fujisue, Liberal Democratic Party, Japanese Diet; President, Voice of The People in the House of Councillors

10:00-11:00

Session 5: Keynote

Strategic Threat Intelligence is a Vital Component of Deterrence

Presenter: Scott Jarkoff, Senior Threat Intelligence Advisor

12:00-13:00

Session 6: Lunch

Session 6: Keynote

Government of Japan Cyber Deterrence Policy Advancements

Abstract: In July 2018, a newly revised “Cybersecurity Strategy” was decided by the Cabinet Office of Japan. Based on the basic principles such as “assurance of the free flow of information”, in order to achieve the goal (realization of a society in which cyberspace develop sustainably), the strategy identified three approaches; i) mission assurance, ii) risk management, iii) collaboration.

Meanwhile, IT Strategic Headquarter, which is chaired by the prime minister, decided new Basic Policies for IT strategy in December 2018. The new policies are “assurance of data safety, security and quality” and “enhancement of digital transformation in the public/private sectors.” Cybersecurity is essential for promoting these basic policies.

Dr. Ikuo will also address specific cybersecurity policy topics related to the above mentioned Strategy and Basic Policies. Specifically, the cyber/physical security framework developed by METI, the establishment of the cybersecurity council based on the newly amended Basic Act of Cybersecurity of 2014.

Presenter: Dr. Ikuo Misumi, Deputy Director-General for Cybersecurity and Information Technology, Ministry of Economy, Trade, and Industry (METI)