Automotive Cybersecurity, CSMS & SUMS (ISO21434, WP29 R155 & R156)

Course Content:

• Introduction to Automotive Cybersecurity
  Understand the fundamentals of cybersecurity in the context of modern connected and autonomous vehicles.

• Overview of ISO/SAE 21434: Road Vehicles – Cybersecurity Engineering
  Explore the industry-standard framework guiding cybersecurity throughout the vehicle lifecycle.

• Core Concepts in Automotive Cybersecurity Analysis
  Learn the foundational principles, methods, and objectives of security analysis in automotive systems.

• Vehicle Threat Analysis and Risk Assessment (TARA)
  Study methodologies to assess threats, vulnerabilities, and potential impacts on vehicle systems.

  • Cybersecurity Asset Identification
    Identify critical assets within the vehicle system that require protection against cyber threats.

  • Defining Damage and Threat Scenarios
    Analyse various potential threat events and their associated damage outcomes.

  • Impact Assessment and Risk Scoring Techniques
    Learn how to evaluate the severity and likelihood of cybersecurity risks using structured scoring methods.

  • Deriving Cybersecurity Goals and Technical Requirements
    Understand how to define security objectives and translate them into system-level requirements.

• Hands-On Exercise and Real-World Case Study
  Apply theoretical concepts through practical scenarios and guided exercises.​

• Introduction to UNECE WP.29 Regulations – R155 (CSMS) & R156 (SUMS)
  Get familiar with global regulatory requirements for Cybersecurity Management System and Software Update Management System.

• Vulnerability Analysis, Management, and SBOM (Software Bill of Materials) Generation
  Explore techniques for identifying, managing, and documenting software vulnerabilities.

• Cryptography and Secure Key Management
  Learn the principles of cryptography and how secure keys are generated, distributed, and stored.

• Best Practices in Automotive Security Implementation
  Review industry-recognized approaches for building robust, compliant security solutions.

• Secure Communication Protocols (SecOC, TLS)
  Understand the use of secure communication mechanisms to ensure data authenticity and confidentiality.

• Secure Boot Process
  Learn how to ensure system integrity from power-up through secure verification of boot code.

• Secure Flashing Procedures
  Study secure methods for programming ECUs while maintaining data protection.

• Secure Diagnostics
  Understand secure access to diagnostic data and protection against unauthorised access.

• Secure Debugging Interfaces
  Explore secure debugging practices that prevent unauthorised code or memory access.

• Security by Design Principles
  Integrate security from the earliest phases of system design and development.

• Secure Coding Practices
  Implement secure coding standards to minimize vulnerabilities and coding defects.

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Course Duration:  1 Week

Offered as: Class Room Training in our AutoEConnect India Office / Online Training Available on Request

Course Fee: INR 35000/-

To Register:  Click the Link

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 All of our courses include:

• Support for Interview preparation

• Industry insights overview

• Communication Skills Enhancement

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