Quside, a quantum technology company, and PQShield, a cybersecurity pioneer, have announced their collaboration to provide an integrated solution for delivering quantum-safe cryptography with superior randomness generation. This partnership combines Quside’s advanced quantum randomness technology, including Quantum Random Number Generators (QRNG), with PQShield’s robust post-quantum cryptographic solutions. The integration offers a seamless and transparent transition for applications to adopt quantum-safe cryptography with minor modifications.
According to Carlos Abellan, CEO and Co-founder of Quside, this collaboration ensures that organizations can future-proof their security infrastructures with the highest quality randomness and robust cryptographic standards. Ben Packman, Chief Strategy Officer at PQShield, notes that the integration delivers wider options for developers to integrate quantum-safe cryptography into their applications easily. This innovation is crucial for industries looking to safeguard sensitive data and maintain robust security standards in an era of quantum advancements.
Quantum-Safe Cryptography: A New Era of Digital Security
The collaboration between Quside and PQShield marks a significant milestone in the development of quantum-safe cryptography. By integrating Quside’s advanced quantum randomness technology with PQShield’s robust post-quantum cryptographic solutions, this partnership provides a comprehensive approach to future-proofing digital security.
Enhanced Security through Seamless Integration
The integrated solution combines Quside’s QRNG providers with PQShield’s Post-Quantum Software Development Kit (PQSDK) within OpenSSL 3.2+ environments. This integration offers a seamless and transparent transition for applications to adopt quantum-safe cryptography with minor modifications. The combined strengths of Quside’s true, unpredictable, high-quality randomness and PQShield’s hybrid cryptographic primitives provide an unmatched security foundation.
The integrated solution guarantees high-quality entropy for cryptographic operations and makes it easy for OpenSSL applications to switch to quantum-safe cryptographic methods. This innovation is crucial for industries looking to safeguard sensitive data and maintain robust security standards in an era of quantum advancements.
Key Features and Benefits
The integrated solution boasts several key features, including Post-Quantum TLS 1.3, which ensures secure, resilient communications channels against quantum attacks. Additionally, the solution provides Post-Quantum X.509 PKI, securing certificate infrastructures with quantum-safe cryptographic algorithms. The OpenSSL CMS feature (S/MIME v3.1) is also available, allowing for encryption, decryption, signing, and verification of S/MIME messages.
Furthermore, the solution guarantees high-quality quantum randomness, compliant with NIST SP800-90B standards. Entropy monitoring and metrology are also provided, ensuring continuous monitoring of entropy quality to maintain robust security. The solution offers direct integration using OpenSSL TLS, X.509, CTR-DRBG RNGs, and EVP APIs, making it easy for developers to integrate quantum-safe cryptography into their applications.
Use Cases
The integrated solution has numerous use cases across various industries. For instance, it can be used to protect data transmission against future quantum threats in quantum-safe communications/TLS. It can also secure digital certificates with quantum-resistant algorithms in public key infrastructure/certificates.
Additionally, the solution can enhance the security of virtual private networks and secure access service edge solutions in quantum-safe VPNs, SASE, and SDWAN. It can ensure the integrity and authenticity of web services and software applications through web services and software signing. The solution can also provide secure signing for electronic devices and SIM cards in electronic devices/xSIM signing.
Finally, it can implement zero trust principles with quantum-safe cryptography in zero trust architectures/zero trust network access.
Leadership Quotes
The partnership between Quside and PQShield has been hailed as a significant step forward in the development of quantum-safe cryptography. Carlos Abellan, CEO and Co-founder of Quside, stated that “this collaboration ensures that organizations today can future-proof their security infrastructures with the highest quality randomness and robust cryptographic standards.”
Ben Packman, Chief Strategy Officer at PQShield, added that “combining PQShield’s PQSDK with Quside’s QRNGs delivers even wider options for developers to integrate quantum-safe cryptography into their applications easily.” He also noted that “this integration is also nicely timed with the full release of the NIST PQC standards in August 2024”.
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