Taiwan Unveils First Homegrown Commercial Chip Supporting Three PQC Standards
The prospect that quantum computers could eventually break widely used public-key encryption has pushed governments and companies to adopt post-quantum cryptography, or PQC. Standards issued by the U.S. National Institute of Standards and Technology are emerging as a foundation for security upgrades across finance, government and critical infrastructure, increasing demand for commercially deployable hardware that can protect cryptographic keys and operations.
Hui Zhi Security Technology and Taiwan’s Industrial Technology Research Institute recently unveiled a new-generation WAP cryptographic application processor. The companies said it is Taiwan’s first domestically developed commercial security chip to support all three NIST PQC standards and is among the earliest such products worldwide. Designed for enterprise-grade hardware security modules, or HSMs, the chip has reached mass-production readiness and is already being shipped.
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The history behind this eventLong-Lived Chips Drive Race to Embed Post-Quantum Security
Quantum computers could eventually break widely used public-key cryptography, creating an unusually long planning horizon for semiconductor makers. Chips deployed in vehicles, industrial systems and other infrastructure can remain in service for 10 to 20 years, meaning hardware designed today may still be operating when quantum attacks become practical. The industry is therefore moving post-quantum cryptography, or PQC, into the design phase.
The latest push is turning PQC migration into a contest over chip architecture and power, performance and area, known as PPA. Global semiconductor groups and Taiwanese IC designers are reworking cryptographic accelerators and open-source roots of trust to handle more complex algorithms efficiently. The central challenge is to add durable quantum-resistant protection without sharply increasing silicon area, energy use or cost over products’ extended operating lives.
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