Presented by: Rajeev Roy, Strategic Innovation Architect, NXP Semiconductors Netherlands
Balaji Arumugam, Director of Engineering, Cyber and Diagnostics, Garrett Motion, US
In this presentation, we use automotive use cases and their typical implementation to build a framework to understand what the security mechanisms are within these cases and then try to quantify their effectiveness. We then derive a general partitioning of NIDPS functionality which is implemented in a typical Ethernet switch core and the functionality that might have to be implemented in an application or firmware running on an internal or external host processor. Finally, we look at a subjective assessment of features that such devices need and comment on their effectiveness. We then provide steps to make the device more effective.
Key Takeaways:
- New and evolving network architectures in the vehicles significantly increase the attack surfaces
- Exposure to securing interfaces, domain isolation, securing infrastructure and securing networks
- Securing networks with IDPS and various deployment methods