When Encryption Meets Quantum

As quantum computing advances, traditional encryption systems face unprecedented challenges. This article explores how quantum computing fundamentally undermines current cryptographic mechanisms, part... Read original →

Quantum computing’s ability to break RSA and ECC isn’t a distant risk—it’s a present-day architectural flaw. The technical ripple effect now forces silicon redesign: hardware security modules and secure enclaves must embed programmable accelerators for CRYSTALS-Kyber, pushing SoC vendors to integrate crypto agility below 7nm. Regulatory mandates from NIST and the EU Cyber Resilience Act are inflating compliance costs, especially straining supply chains in Taiwan, China and Hong Kong, China. Strategically, Intel and ARM are racing to hardwire PQC extensions into their ISAs; Chinese IP firms lagging here will lose access to automotive and IoT markets. Within 18 months, cryptographic agility will dictate hardware procurement—devices without upgrade paths face forced obsolescence, triggering a wave of design resets and inventory write-offs across the semiconductor ecosystem.