IP Solutions for Secure Autonomous Driving

This webinar will present the risks and necessary countermeasures for securing cyber-physical vehicle systems. Manufacturers are pressured by customer demands and market competition to rapidly integrate the latest features into their vehicles, including Infotainment, 5G network connectivity, advanced driver assistance systems (ADAS), and autonomous driving. Increased vehicle-to-everything (V2X) connectivity exposes access to critical vehicle networks. ADAS and autonomous driving features yield physical control of a vehicle to software subsystems. These enhanced vehicles demand security hardening to guarantee the safety of pedestrians and motorists. 

What attendees will learn:

    Security challenges of cyber-physical systems
    • Connected vehicle attack surface
    • Physical isolation of critical vehicle networks
    • Secure vehicle software upgrades
  • Modern Security Practice
    • Secure hardware implementations
    • Side channel attack countermeasures
    • Hardware identification for authentication
    • Secure cryptographic key management
  • Silvaco SIPware Security IP Solutions
    • Security Systems
      • Security processor, cryptography, hashing, and secure key management
      • True random number generator
      • Physically unclonable function
    • Modules
      • Runtime integrity checker (intrusion detection)
      • ECDSA-based secure JTAG with eFuse lifecycle management
      • DRAM protection
    • Cipher Engines
      • Secure AES
      • Public key engine accelerator

Conor Culhane

Presenter:

Conor Culhane is a Senior Field Application Engineer specializing in Embedded Security IP Solutions. He holds a BS in Computer Engineering from Georgia Institute of Technology.


Who should attend:

Engineers, management, and academics looking for security solutions to design SoCs for autonomous driving and other safety-critical applications.