Why Embedded Hardware Can't Survi...
Why Embedded Hardware Can't Survive Quantum Computing | The Hidden Post-Quantum Cryptography Crisis

Silicon To Software por Imran Valiani

Notas del episodio

What happens when quantum computers can break today's encryption—but your hardware can't be upgraded?

In this episode of the Silicon to Software Podcast, Imran Valiani explores one of the biggest hidden challenges facing embedded systems, semiconductor design, and cybersecurity: post-quantum cryptography (PQC).

While most discussions focus on software updates, many embedded devices were never designed with the memory, processing power, or crypto agility required to support quantum-resistant algorithms such as ML-KEM and ML-DSA.

In this episode you'll learn:

• Why embedded hardware faces a unique quantum migration challenge • Why firmware updates alone won't solve the problem • How microcontrollers, TPMs, FPGAs, and secure boot systems are affected • The role of crypto agility in future har ... 

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Palabras clave
Embedded Systems AI HardwareHardware SecurityQuantum ComputingPost-Quantum CryptographyCybersecurityEmbedded HardwareIoT securitySemiconductor IndustryPCB Design