Vehicles entering production today may remain in service for decades, while the cryptographic landscape continues to evolve. As quantum computing advances, automotive SoC designers need to prepare now for a transition from today’s public-key cryptography to quantum-resistant security. This white paper explores what makes post-quantum cryptography (PQC) different for automotive applications and the key considerations for building secure, adaptable platforms designed for long operational lifetimes. What you will learn Why automotive PQC needs to start now How hybrid cryptography enables the PQC transition What makes automotive-grade PQC different What to look for in a PQC accelerator How Synopsys Agile PQC PKA supports secure, adaptable designs Read more here . Fig.1: Automotive Agile PQC PKA architecture showing related safety mechanisms and fault-monitoring functions. Source: Synopsys The post Built to Last: Why Automotive-Grade PQC Can’t Wait appeared first on Semiconductor Engineering .