Cybersecurity – Automotive

AES -128,AUTOSAR Crypto stack,ISO21434,TARA,Cyber Attacks , Automotive penetration testing, PKI, IDS, secure flash, boot

Created by: AutoRonics Services
Path to Infinity

What Will I Learn?

• Domain specific automotive cyber attacks
• Need of automotive security
• Brief summary about Automotive cybersecurity standards- ISO21434 (TARA), UN R155
• TARA Practical report with usecase
• Basic properties of security (CIA)
• Basic terminology of Cryptography
• Symmetric algorithm (AES-128 - CBC, ECB mode)
• Asymmetric algorithm(RSA)
• Advantages and disadvantages of Symmetric and asymmetric algorithm
• Achieving Security through SW and HW solution in automotive
• Overview of security related components in ECU
• Automotive trust Anchors (SHE, HSM)
• Detailed Difference between SHE and HSM ( Only by Experience)
• Key management (Key storage in Secure slot)
• Diffie Hellman (DH) key exchange algorithm
• AUTOSAR Crypto stack (CSM, Secure on board communication (Secoc), Cry, CryIf, Crypto)
• Interaction between AUTOSAR Crypto models ( User friendly animations)
• What is the need of freshness value?
• Demonstration of Freshness value
• What happens if MAC verification fails
• Secure Boot - Why ? what ? How ?
• Types of Cyber Attacks - Sniffing , Injection, Denial of service , Fuzzing, Replay attacks
• Tesla hacked - Proof
• Automotive penetration testing
• Secure boot, Secure Flash
• Intrusion detection system (IDS), IDS-R(Reporter), IDS -M (Manager)
• VSOC(Vehicle Security operation center)

Requirements

• Nothing is required, depth concepts are explained in easily understandable Animations.
• No programming experience needed

Target audience

• Automotive enthusiast, Automotive embedded professionals
• Who wants to switch or start their career in Automotive cybersecurity domain to become a automotive cyber security engineer or manager