en.Wedoany.com Reported - EigenQ has introduced new platform capabilities to help organizations with deployed Intel Xeon processor-based infrastructure prepare for CNSA 2.0 post-quantum migration requirements.
With the advancement of quantum computing technology, organizations face an increasingly urgent threat of quantum attacks. Against this backdrop, enabling quantum-resistant protection for deployed field devices without decommissioning existing system infrastructure has become a practical challenge for many organizations.
To address this issue, EigenQ, through close collaboration with Intel, has made its post-quantum security platform and quantum entropy capabilities compatible with Intel's secure computing architecture and platform ecosystem. This solution enhances the post-quantum readiness of existing Intel Xeon processor-based field systems in federal, defense, space, critical infrastructure, and enterprise environments in a clear, seamless, and scalable manner, without requiring a complete replacement of existing system infrastructure. Supported use cases include sensitive workload protection, secure communications, identity authentication, key generation, certification, and high-assurance system modernization. Dr. José R. Rosas-Bustos, CEO of EigenQ, stated that the goal is to preserve the value of trusted infrastructure while adding a quantum security layer for real-world deployment needs, helping customers prepare ahead of compliance deadlines. Srini Krishna, Intel Fellow, noted that the collaboration with EigenQ will enable practical security modernization for a large number of Intel Xeon processor-based systems deployed in mission-critical environments to mitigate future quantum threats.
To expand the ecosystem for secure federal and space applications, trusted mission partner BlackVe has committed to adopting EigenQ's Intel-compatible post-quantum cryptography technology, including PQC-enabled encrypted video teleconferencing capabilities, as the foundational security layer for its complete secure video system. Doug Wolfe, Chief Solutions Architect at BlackVe, stated that the two parties will combine innovation, security, and operational expertise to build a resilient PQC-enabled architecture to protect future space and intelligence missions from quantum threats.
The EigenQ solution integrates QMA quantum entropy technology, the PQC+ cryptographic library, and platform integration capabilities, aiming to deliver a post-quantum security solution designed for mission-critical communications. Dr. Jesse Van Griensven, Chairman of EigenQ, believes that post-quantum security is increasingly a deployment issue, requiring solutions that can work with existing infrastructure and support mission timelines. By integrating with deployed Intel Xeon platforms, EigenQ is helping customers transform post-quantum security from planning and standards into deployable capabilities in current mission-critical environments, maintaining operational continuity, enhancing resilience, and supporting large-scale real-world deployment.
