Thursday, 2 February 2023

Cybertrust Japan Integrates Quantum-Computing-Hardened Private Keys from Quantinuum into New IoT Authentication Platform




                                    Japan's first commercial certificate authority incorporating Quantinuum's Quantum Origin solution to strengthen security protections for IoT devices against current and future threats

CAMBRIDGE, England and BROOMFIELD, Colo.Jan. 31, 2023 /PRNewswire/ -- Quantinuum, the world's leading integrated quantum computing company, today announced that Cybertrust Japan Co., Ltd., Japan's leading certificate authority, has integrated its Quantum Origin quantum-computing-hardened private keys into a new certificate issuance and distribution platform for IoT devices to ensure secure communications now and into the future.

Cybertrust Japan's new authentication infrastructure for high-speed, high-volume certificate issuance and distribution for large volumes of IoT devices includes the NIST-selected post-quantum cryptography (PQC) algorithms.  The certificate authority is further protecting devices from current and advancing threats by incorporating Quantinuum's Quantum Origin solution, the only cryptographic solution that leverages the power of quantum computers to generate quantum-computing-hardened keys.

"Integrating Quantum Origin assures our customers that they can build innovative IoT-based solutions on a platform they can trust to deliver speed and higher security, including post-quantum algorithms support. As a result, customers and partners can use and sell our certification services securely for the long term," said Yasutoshi Magara, President & CEO of Cybertrust Japan. "We would like to promote activities aimed at realizing a safe and secure society together with Quantinuum."

IoT devices typically use certificates to authenticate their connection to other devices or networks to prove that they are trusted devices. The challenge when providing and managing certificates across these devices is complex because of the volume of devices trying to connect to networks and the need to provide fast access to data.  Security measures need to be robust while also enabling real-time communications. 


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