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Training
Transitioning to Safe and Secure Zonal Architectures with the NXP S32G Processor

Transitioning to Safe and Secure Zonal Architectures with the NXP S32G Processor

About This Training

The transition to zonal architectures, with legacy heavy networks that need to meet new requirements, presents a major challenge. Designs based on the S32G vehicle network processor with its variants, can act as a bridge for domain and zonal next-gen E/E architectures.

The combined solution from NXP, GuardKnox and Green Hills Software is a scalable and flexible mixed-criticality system, which can be used across multiple vehicle platforms while easing the transition to the software defined vehicle. Safe, secure, consolidated and service-oriented—the platform can help overcome existing limitations and current constraints. GuardKnox, NXP and Green Hills Software are partnering and demonstrating how to make such a transition a reality for the software-defined vehicle today.

Presentation

Transitioning to Safe and Secure Zonal Architectures with the NXP S32G Processor

What You Will Learn

Get a practical approach to transition from legacy-burdened Gateway architectures to Domain Controller architectures to Zonal architectures
Understand the safe and secure approach to consolidate functionality on a mixed-criticality platform
Learn how to achieve the software-defined vehicle by decoupling software from hardware
See a demo of the joint GuardKnox, Green Hills Software and NXP platform that will help you achieve the described challenges – today

Presented by

Idan Nadav

CSO, GuardKnox Cyber Technologies
Nikola Velinov
Senior Business Development Engineer, Green Hills Software

DURATION

56 min

LANGUAGE

English

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