As autonomous vehicle technologies evolve, ensuring functional safety becomes increasingly complex. A critical yet often underemphasized aspect is the role of memory and storage components in system-level safety and reliability. This presentation explores how early and informed choices in memory and storage architecture can simplify system design, reduce fault propagation, and support compliance with functional safety standards. Real-world design considerations, fault containment strategies, and failure modes will be discussed, highlighting how optimized component selection contributes to robust, cyber-resilient autonomous systems.
In this presentation, you will learn:
- How memory/storage influence system-level functional safety architectures
- Key failure modes and mitigation strategies in embedded memory systems
- Design trade-offs enabling safety and cyber resilience in AV platforms
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