Certified Professional Level Training for Automotive Threat Analysis and Risk Assessment (TARA) based on ISO/SAE 21434

This hands-on certification course provides a comprehensive deep dive into TARA as defined by ISO/SAE 21434, the global standard for automotive cybersecurity. Participants will explore the full lifecycle of threat and risk analysis—from asset identification and threat scenario development to attack feasibility assessment and risk mitigation planning. The course integrates real-world applications using frameworks such as the Automotive Threat Matrix (ATM) and MITRE EMB3D to enhance technical accuracy and industry relevance. Practical exercises and tool demonstrations solidify learning, ensuring that participants gain not just theoretical knowledge, but also operational proficiency in conducting TARA for modern automotive systems.

• Complete Alignment with ISO/SAE 21434: Focuses on TARA processes as defined by the international automotive cybersecurity standard.
• End-to-End Risk Assessment Coverage: Includes asset identification, threat modeling, attack path analysis, and risk evaluation.
• Integration with Industry Frameworks: Hands-on use of Automotive Threat Matrix (ATM) and MITRE EMB3D for practical application.
• Tool-Based Learning: Exposure to commonly used tools and methods for performing TARA in real-world automotive contexts.
• Scenario-Based Exercises: Engaging, practical labs and simulations to reinforce concepts and decision-making skills.
• Outcome-Oriented Skills: Enables participants to make cybersecurity decisions and perform assessments with confidence and accuracy.

TARA Foundations & ISO/SAE 21434 Alignment

1.Fundamental Concepts (L/D)

• Key Principles of Risk Assessment
• Role of TARA in UNECE R155/R156 & ISO/SAE 21434
• Case Studies

2.TARA Methodologies & Frameworks (L/D)

• ISO/SAE 21434 TARA
• EVITA & HEAVENS

3.Asset Identification & Scope Definition (L/D/E)

• Asset Categories and Cybersecurity properties

4.Damage Scenarios & Impact Rating (L/D/E)

• Safety, Financial, Operational, Privacy impacts
• Manufacturer-Specific Considerations
• Safety (ISO 26262 Alignment)

Threat Modelling & Risk Calculation

5.Threat Scenario Identification (L/D/E)

• Threat modelling for automotive systems

6.Attack Path Analysis & Feasibility (E)

• Attack Trees for Automotive Systems
• Remote vs. physicalattack vectors

7.Risk Evaluation & Treatment (L/D/E)

• Risk matrix application

Supporting Frameworks & Dynamic Approaches

8.Supporting Frameworks (L/D)

• Automotive Threat Matrix (ATM) for threat categorization
• MITRE EMB3D for hardware-focused threat analysis
• Dynamic TARA: Adapting to evolving attack techniques

9.Tool Demonstrations (D)

This course is ideal for professionals involved in automotive cybersecurity, system development, and compliance. It is especially suited for:

• Automotive Cybersecurity Professionals
  • Security Managers
  • Risk Analysts
• System & Software Engineers
  • Involved in threat modeling and risk assessment activities
• Functional Safety Engineers
  • Integrating TARA processes with ISO 26262 compliance
• Product and Project Managers
  • Overseeing cybersecurity planning and regulatory compliance in automotive projects
• Penetration Testers & Security Auditors
  • Focusing on identifying vulnerabilities and ensuring robustness of automotive systems

• Basic knowledge of cybersecurity concepts
• Familiarity with how automotive systems work
• Awareness of standards like ISO/SAE 21434

After successfully completing this course, participants will be able to:

• Understand TARA concepts, methods, and frameworks based on ISO/SAE 21434
• Apply techniques for asset identification, threat analysis, attack path modeling, and risk evaluation
• Use TARA tools and supporting frameworks (e.g., ATM, MITRE EMB3D) for effective risk assessment
• Make informed risk treatment decisions in line with automotive cybersecurity requirements
• Perform hands-on TARA exercises for real-world application and practice.

Training Duration

• 3 days of instructor-led training
• Followed by a certification exam

Exam Details

• Duration: 120 minutes
• Format: Multiple choice questions

Certification

• Title awarded: Certified Automotive Cybersecurity Risk Assessment Professional (CACRP)

1. Who should attend this course?
This course is ideal for automotive cybersecurity professionals, risk analysts, system/software engineers, functional safety engineers, product/project managers, penetration testers, and security auditors working in the automotive domain.

2. Do I need prior experience in cybersecurity or automotive systems?
Yes, a basic understanding of cybersecurity concepts and familiarity with automotive systems is recommended. Awareness of standards like ISO/SAE 21434 is helpful but not mandatory.

3. What does the certification exam include?
The certification exam is a 120-minute multiple-choice test conducted after the 3-day training. It assesses your knowledge of TARA methodologies, ISO/SAE 21434, and practical risk assessment skills.

4. What certification will I receive after passing the exam?
Participants who pass the exam will receive the Certified Automotive Cybersecurity Risk Assessment Professional (CACRP) credential.

5. When can I get the certificate?
Process Safety Management – Foundation Level certification will be issued within 21 working days from the examination date.

6. When can I get the training material and invite?
One day before the commencement of the training program.

7. How do I pay the fees for training and examination?
Online mode.

8. Is there any refund policy for the paid fees?
Please refer to Cancellation and Refund policy page.