Remote monitoring of vehicle system health is an intrinsic necessity for autonomous and connected vehicles. Due to the increasing number of cybersecurity breaches, remote monitoring requires deploying a multilayered cybersecurity approach for adequate protection. TLS and firewall constitute vital elements of any such solution.
This presentation will cover remote access requirements of connected vehicles, internet-based threat analysis, and design considerations for TLS and firewall. Practical examples from in-production OEM flagship projects will also be included with:
- A system-level framework for secure communication, integrating TLS into existing ECU systems
- Firewall functionality built with the Message Acceptance Filter of AUTOSAR’s Socket Adaptor (SoAd) component
- A demonstration of these security techniques under automotive use-cases for incorporation into relevant IEEE/ISO/AUTOSAR specifications and the corresponding standardized automotive designs
What you will learn:
- Automotive cybersecurity threats: facts and figures
- Secure mobility concept for protecting both vehicle network entry points and in-vehicle networks
- Role of TLS and embedded firewalls in a multilayered vehicle security solution
- Demonstration of TLS and firewall for an AUTOSAR ECU
Who should view this webinar:
- Automotive related product management and solution architects
- Automotive product security engineers and managers
- Product security officers, engineering managers and technology directors