Cybersecurity Seminar for the Automotive Industry
Cybersecurity Seminar for the Automotive Industry
Explanation of UN-R155 Cybersecurity Regulations and ISO/SAE 21434 for Cybersecurity Personnel
Why is cybersecurity education necessary? Starting in January 2021, the implementation of UN-R155 cybersecurity regulations began, requiring companies involved in automotive development to establish a Cyber Security Management System (CSMS) in compliance with ISO/SAE 21434. In section "5.4.2. Cybersecurity Culture" of ISO/SAE 21434, it is required that personnel involved in cybersecurity possess the necessary skills related to cybersecurity. Conducting cybersecurity education in a seminar format is an effective means to meet this requirement. Who are the personnel involved in cybersecurity? To establish a CSMS in compliance with ISO/SAE 21434, various personnel from different departments within a company need to engage in cybersecurity activities appropriate to their roles. You can acquire skills related to cybersecurity at our seminars. Please feel free to contact us. - We hold sessions for companies. - Online sessions are available.
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basic information
- Explanation of the background and reasons for the need for cybersecurity measures for automotive systems through case studies. - Guidelines on standards to reference when developing automotive systems that require service measures. - Explanation of the necessary functions, implementation methods, and evaluation methods to realize cybersecurity measures on automotive systems. - Overview of the purpose, methods, and a series of procedures for threat analysis and vulnerability analysis, learned through explanations and workshops. Session 1 Explanation of UN-R155 (WP29) cybersecurity regulations. Session 2 Building a P-SIRT in the automotive industry. Session 3 Explanation of ISO/SAE 21434 (Part 1). Session 4 Explanation of ISO/SAE 21434 (Part 2). Session 5 Explanation of security measure technologies. Session 6 Threat analysis workshop. Session 7 Explanation of message authentication specifications / SHE specifications. Session 8 Explanation of security architecture design methods / cryptographic key management methods. Session 9 Vulnerability analysis workshop. Session 10 Explanation of methods for addressing vulnerabilities / evaluation methods.
Price information
Cost: 240,000 yen per session (total of 10 sessions, 2.4 million yen) *excluding tax Duration: 2 hours per session Number of participants: No limit *Customers are required to provide the meeting room. Participation is allowed up to the capacity of the meeting room. Others: Customization of seminar content will be accepted with a separate estimate.
Delivery Time
Applications/Examples of results
Usage example: To be added as one of the regular training sessions in the company (from the 1st to the 4th session). To be conducted before the start of development of security-related products (from the 5th session onwards).
Detailed information
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Personnel engaged in cybersecurity activities need to have knowledge of UN-R155 regulations and ISO/SAE 21434 to understand the necessity and importance of cybersecurity measures. Additionally, knowledge of P-SIRT is also required to understand how to respond when security incidents occur.
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Company information
We, Vitz, were established in 1997 and have gained the trust of our customers. In 2004, we successfully developed the automotive international standard specification RTOS (Real-Time Operating System), which served as an opportunity for us to be recognized for our advanced technology related to automobiles. Furthermore, in 2010, we became the first in Japan to obtain the functional safety standard "IEC 61508 SIL3 Software Development Process Certification." In 2012, we were the first in the world to obtain the automotive functional safety standard "ISO 26262 ASIL D Software Development Process Certification." This recognition affirmed our capability to develop safe software. In July 2020, we transitioned to the First Section of the Tokyo Stock Exchange. Vitz conducts research and development through collaboration between industry, government, and academia, bringing next-generation technologies to practical use. Our core technologies can be applied not only in automobiles but also in industrial machinery, digital home appliances, medical fields, and railways. Creating Life of Your Dreams ~Enriching people's lives with technology a step ahead~ With this aspiration in mind, we will contribute to the creation of a richer and better future society through our technology.
