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Automotive Cybersecurity Training & Certification Program


After successfully completing Automotive Cybersecurity Training & Certification Program in accordance with ISO 21434, participants will be able to:

  • Become familiar with the jargon utilized in the realm of automotive cyber security
  • Identify the deliverables (work products) presented in ISO/SAE 21434
  • Describe the taxonomy of work products introduced in the standard
  • Describe how the work products described in ISO/SAE 21434 are applied in daily operations
  • Utilize the tools introduced in ISO/SAE 21434
  • Understand the fundamentals of Cryptography and Implementation of Cybersecurity in automotive projects

Online open book exam included in the course price


3 dagar

22450 kr


Target Participants

  • Security manager, product manager or project manager, Process Managers, Quality managers
  • System engineer, software engineer, hardware engineer, test engineer
  • Functional safety engineers — who want to understand how they are impacted by Cybersecurity 

Training agenda: Automotive Cybersecurity Training & Certification Program in accordance with ISO 21434

Day 1:

- Automotive Cyber security introduction

  1. What is cyber security
  2. Why it is important
  3. Terminology and definitions
  4. Case studies — videos
  5. Security vs Safety

- Fundamentals Of Cybersecurity

  1. Cyber Security Attributes (Authenticity, Integrity, Confldentiality, Availability)
  2. Defense in Depth
  3. Vehicle Architecture
  4. Vulnerabilities

- Automotive Cybersecurity and Layers Of Protection

- Fundamental Vehicle Cybersecurity Protections

- Layered Approach

- Standards Development and Best Practices

  1. SAE J3061
  2. IEC 62443, Relationship to ISO 31000 risk managernent
  3. security Management Systems: ISO/IEC 27001, TISAX, UNECE, OMS, RMS
  4. UNECE WP .29 regulation No. [1551 (CSMS); No. [156] (SUMS)
  5. Definition of a CSMS (Cybersecurity Management System) and relation to ISMS (Information
  6. Cybersecurity Management System)

- Realization Of security in automotive

- Categories Of cryptography

  1. Kirchhoff Principle
  2. Hash
  3. Symmetric Cryptography
  4. Asymmetric Cryptography
  5. Digital Signatures
  6. Digital Certificates

Day 2:

- ISO 21434 structure:

  • Structure Of the standard including provisions, objectives, requirements, output and annexes
  • Example for a Cybersecurity Interface Agreement (CIA)

- Concept phase

  • Definition of items, security principles, identification of security goals, and development of cybersecurity requirements.
  • The seven steps of conducting a risk assessment.
  • Illustration of how to assess risks using TARA and strategies for mitigating those risks.
  • A hands-on activity that guides you through each step of a risk assessment, utilizing a TARA template.

- Product development and validation

  • Reference to the V Model, activities on both sides of the V Model, assessments Of system, software and hardware development, verification and validation

- Post-Developrnent Phases (Clauses 10-13)

  • Production, Operation, Maintenance, and Decommissioning

- Validation at Vehicle Level & Release for Post-Development (Clauses 9.2 & 9.3)

- Supporting Processes (Clause 14)

Day 3:

- Security at hardware level

  1. HSM, SHE modules
  2. Microcontrollers

- Security features and its realization with use cases

  1. Key management and storage use cases
  2. Secure unlock
  3. Secure boot
  4. Secure download
  5. Secure memory
  6. Secure onboard communication
  7. Intrusion detection system
  8. OTA

- Cybersecurity Testing: Vulnerability scanning, Pen testing and Fuzz testing

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