Cybersecurity – Automotive
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Today, cybersecurity affects each one of us on a multitude of levels. Our professional work, our personal lives—even our vehicles—depend on connectivity and technology that runs on complex software.
Today in the Automotive autonomous driving, connected cars, electric vehicles, and shared mobility—have dominated the agenda of automotive industry leaders in recent years. These innovations, built on the digitization of in-car systems, the extension of car IT systems into the back end, and the propagation of software, turn modern cars into information clearinghouses while also making them tempting targets for cyberattacks.
What you’ll 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)
Course content
2727 sections • 91 lectures • Total duration 7 hours 50 minutes
Introduction
Basic properties of security- CIA
STRIDE
Hashing
Cryptography and its types
Digital signature and verification
Cryptography Practical session
PKI
Achieving security mechanism in HW (SHE , HSM) and SW
Key management and Key exchange algorithm
AUTOSAR , AUTOSAR Crypto stack( SecOC, CSM, CRY,CRYIF)
CyberSecurity - Layer Level
Secure Access Using UDS
Secure on board communication (SecOC)
Secure Boot
Secure Flash
Secure JTAG
Secure Log
IDS - Intrusion Detection System
Type of Attacks
ISO 21434
UN regulations
TARA Practical analysis
Security Validation- Automotive Penetration testing
Practical session - Extract critical information from CAN trace
Conclusion
Conclusion