Secure encryption technologies from PQShield in the UK are set to revolutionize the landscape of post-quantum cryptography by integrating with SiFive's Essential Core range of RISC-V processors. This collaboration will not only leverage RISC-V vector extensions but also incorporate the PQPlatform-CoPro co-processor, paving the way for enhanced cryptographic capabilities.
SiFive's announcement of the 4th generation of RISC-V Essential IP for embedded applications aligns their processors with the latest standards for post-quantum cryptography established by NIST in the US. By partnering with PQShield, SiFive enables the utilization of RISC-V vector extensions in conjunction with PQShield's cryptographic libraries, ensuring both security and performance.
With the imminent threat posed by powerful quantum computers capable of compromising current encryption standards, the need for post-quantum protection has never been more critical. The integration of PQShield's technology with SiFive's processors offers a robust solution to safeguard automobiles, consumer devices, and defense applications against potential quantum attacks.
This strategic partnership not only addresses the pressing cybersecurity challenges posed by quantum computing but also future-proofs hardware security solutions. By combining PQShield's security IP with SiFive's RISC-V processor IP, a quantum-resistant hardware Root-of-Trust can be established, aligning with NIST's post-quantum cryptography standards.
Graeme Hickey, VP of Engineering at PQShield, emphasized the significance of the collaboration with SiFive in advancing cybersecurity measures. He highlighted the joint effort in co-authoring NIST's PQC standards and extending RISC-V instructions for cryptography, underscoring the commitment to protecting critical technologies across various sectors.
Yann Loisel, Principal Security Architect at SiFive, echoed the sentiment, emphasizing the importance of implementing post-quantum protection in their processors. The collaboration with PQShield signifies a significant milestone in enhancing cybersecurity for RISC-V processors and supporting the proliferation of PQC within the RISC-V community.