- WISeKey (WKEY, Financial) and OISTE.ORG Foundation launch the "Quantum Root Key" to counter quantum computing threats.
- The solution uses NIST-standardized algorithms for quantum-resistant digital certificates and secure authentication.
- SEALSQ (LAES) initiates SEALSQ Quantum Lab for pilot projects and evaluation of PQC-PKI infrastructure.
WISeKey International Holding Ltd (WKEY), in partnership with the OISTE.ORG Foundation, has announced the deployment of the "Quantum Root Key," a cutting-edge post-quantum cryptographic solution. This new Root of Trust leverages NIST-standardized PQC algorithms like ML-DSA, ML-KEM, and FALCON to safeguard digital identities and systems against the potential threats posed by quantum computing advancements.
The "Quantum Root Key" facilitates the issuance and lifecycle management of quantum-resistant digital certificates, offering secure authentication and long-term data integrity. These capabilities are particularly vital for sectors demanding extended confidentiality, including defense, healthcare, finance, and telecommunications. However, devices within the IoT ecosystem may face challenges due to larger certificate requirements, necessitating ongoing optimization efforts.
Further supporting the adoption of this technology, WISeKey's subsidiary, SEALSQ Corp (LAES), has introduced the SEALSQ Quantum Lab. This initiative provides access to WISeKey's PQC-PKI infrastructure, enabling companies and researchers to conduct pilot projects and evaluate the implementation of quantum-resistant certificates. The collaboration aims to fortify defenses against inevitable quantum threats, positioning WISeKey as a pioneer in post-quantum cryptographic solutions.
