Free Download Complete Guide To TARA for ISO 21434 Automotive Security
Last updated 1/2024
Created by Pablo Montes
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English | Duration: 10 Lectures ( 54m ) | Size: 240 MB
Unlocking Automotive Security: A Comprehensive Guide to TARA in ISO 21434
What you'll learn:
Understanding Threat Assessment and Risk Analysis According to ISO 21434: Students will learn what constitutes a Threat Assessment and Risk Analysis (TARA)
Integration of TARA within the Product Security Life Cycle: Learners will understand how TARA fits within the broader spectrum of the product security lifecycle
Performing the Steps Required for TARA: The course will provide a detailed guide on how to execute each step involved in performing TARA.
Deciding on Approaches for Effective TARA: Students will learn how to choose the most appropriate approaches for performing TARA.
Requirements:
Basic Understanding of Cybersecurity Concepts: Familiarity with fundamental cybersecurity principles and terminologies is beneficial, though not mandatory.
General Awareness of Automotive Systems: A basic understanding of automotive systems and components is advantageous.
Description:
Complete Guide To TARA for ISO 21434 Automotive Security offers an in-depth exploration into the world of automotive cybersecurity, guided by the framework of Threat Assessment and Risk Analysis (TARA) as per the ISO 21434 standard. This comprehensive course is meticulously designed to cater to professionals looking to deepen their understanding and application of cybersecurity principles within the automotive sector.Starting with a foundational overview of ISO 21434, the course introduces participants to the nuances of cybersecurity in automotive systems, emphasizing the growing importance of protecting vehicles in an increasingly connected and digital world. With the integration of technology in automotive design, the course highlights how cybersecurity has become indispensable for ensuring the safety and reliability of modern vehicles.Participants will be taken through the critical steps of performing a TARA, which includes detailed analysis of threat scenarios, identification of potential risks, and evaluation of attack paths. Each module is constructed to provide both theoretical knowledge and practical application, utilizing real-world examples and expert advice to bridge the gap between learning and doing.Further, the course delves into risk calculation, treatment options, and the practical approaches to selecting the most effective methods for each step of the ISO 21434 standard. Special emphasis is placed on overcoming biases and adopting a holistic view of cybersecurity within the automotive industry.As the course progresses, learners will engage with advanced topics, such as post-TARA requirements, and learn how to develop a cybersecurity case that effectively communicates the security measures taken and the rationale behind them. This includes understanding the implications of different risk treatment options - elimination, mitigation, sharing, and acceptance - and applying them in the context of automotive security.By the end of this course, participants will have gained a robust understanding of automotive cybersecurity, equipped with the skills to implement TARA effectively and contribute to the development of safer, more secure automotive products. Whether you are a cybersecurity professional, automotive engineer, or a stakeholder in the automotive industry, this course is designed to elevate your expertise and prepare you for the challenges and opportunities in the evolving landscape of automotive cybersecurity. Join us in this transformative learning journey and become a pivotal part of shaping the future of automotive security.
Who this course is for:
Cybersecurity Professionals: Individuals already working in the field of cybersecurity who wish to specialize in the automotive sector. This course will expand their knowledge and skills specific to automotive cybersecurity, particularly focusing on the ISO 21434 standard and TARA methodology.
Automotive Engineers and Designers: Professionals involved in the design and development of automotive systems and vehicles, who need to understand how to integrate cybersecurity measures into their projects from the ground up.
Risk Management and Compliance Officers: Individuals responsible for overseeing risk management and regulatory compliance within organizations, particularly in sectors where automotive security is paramount.
Students and Academics in Engineering and IT: University students and academics in fields like computer science, engineering, and information technology, who are interested in the intersection of cybersecurity and automotive technology.
Technical Managers and Team Leaders: Managers and team leaders overseeing technical teams, especially in automotive or related industries, who need to be well-versed in cybersecurity practices and standards to guide their teams effectively.
Automotive Industry Enthusiasts: Anyone with a keen interest in automotive technologies and cybersecurity, looking to gain a comprehensive understanding of the security challenges and solutions in modern vehicles.
Career Changers and Aspirants in Cybersecurity: Professionals looking to transition into the cybersecurity field, especially in automotive security, will find this course a valuable starting point for a new career path.
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