Quality and Safety/Security
Safety/Security
Security Engineering: Security Fundamentals for Embedded Systems - Face-to-Face Training
Security requires a holistic view. The foundations lie outside the actual implementation. This is also reflected in the Cyber Resilience Act (CRA), focusing on reliabilities and a structured handling of security issues. How do you identify potential security vulnerabilities in embedded systems, and how can you assess and eliminate them efficiently? This includes the most significant cryptographic processes and their application as well as specific hardware and software concepts. You know the details of ISO/SAE 21434, one of the most essential security standards, and can comply with the related requirements.
Your benefit:
Jump-start into the security topic with compact knowledge
Functional security (safety) context
Details on ISO/SAE 21434
Exercise: TARA in the concept phase
Training documentation as a kompendium
The Security Engineering seminar addresses managers (project, security/ safety), process & method engineers as well as system analysts/ system designers/ system architects
Experience with embedded systems as well as basic safety knowledge of are an advantage.
Threats and Attack Scenarios
- Security incidents
- Terms and definitions
- Vulnerability databases
- Impacts
- Classes of attackers
- Case study
- Defense in depth
- Security process/ mindset/ design
- Security development lifecycle (SDL)
- Threat models
Risks and Efforts
- Classic risk management
- Security risk management
- Threat analysis and risk assessment TARA
- IT security risk assessment
- Examples of TARA methods
Generic Application of Countermeasures
- Security attributes
- Cryptography (symmetric, asymmetric, hash, MAC, signatures)
- Example of memory encryption
- Security modules (SHE, HSM, TPM)
- CPU core security
- Secure software
- Security testing
Selected Vulnerabilities and Countermeasures
- Code injection
- Code reuse
- Countermeasures
- Boundary error vulnerabilities
- Side channel attacks
- Debug interface aspects
Norms and Standards
- References
- Extracts from IEC 62443
Security in Safety Context
- Differences and similarities
- Security in safety norms
Cybersecurity Engineering
- ISO/SAE 21434:2021
- Exercises: headlamp system
FACE-TO-FACE TRAINING
| Price * | Duration |
|---|---|
| 1.500,00 € | 2 days |
| Training code: E-SECFUSI * Price per attendee, in Euro plus VAT | |
Onsite Training
Face-To-Face - German
Live Online - German
Coaching
Security Engineering: Security Fundamentals for Embedded Systems - Face-to-Face Training
Content
Threats and Attack Scenarios
- Security incidents
- Terms and definitions
- Vulnerability databases
- Impacts
- Classes of attackers
- Case study
- Defense in depth
- Security process/ mindset/ design
- Security development lifecycle (SDL)
- Threat models
Risks and Efforts
- Classic risk management
- Security risk management
- Threat analysis and risk assessment TARA
- IT security risk assessment
- Examples of TARA methods
Generic Application of Countermeasures
- Security attributes
- Cryptography (symmetric, asymmetric, hash, MAC, signatures)
- Example of memory encryption
- Security modules (SHE, HSM, TPM)
- CPU core security
- Secure software
- Security testing
Selected Vulnerabilities and Countermeasures
- Code injection
- Code reuse
- Countermeasures
- Boundary error vulnerabilities
- Side channel attacks
- Debug interface aspects
Norms and Standards
- References
- Extracts from IEC 62443
Security in Safety Context
- Differences and similarities
- Security in safety norms
Cybersecurity Engineering
- ISO/SAE 21434:2021
- Exercises: headlamp system