EigenQ PQC+™ is a post-quantum cryptography (PQC) platform designed for infrastructure-level migration to quantum-safe cryptography without requiring changes to existing architecture. It targets enterprises, government agencies, and defense organizations facing regulatory mandates for PQC adoption between 2025 and 2027. The platform addresses four core security domains: - Secure Compute: Hardware-anchored PQC that protects workloads and cryptographic keys against quantum and classical threats, even under active compromise. - Secure Networks: Post-quantum encryption for VPN, SDN, and edge network fabrics, designed to eliminate Harvest-Now, Decrypt-Later (HNDL) exposure across hybrid and multi-cloud environments. - Secure Device Identity: Hardware-rooted device identity using a quantum TPM (qTPM), providing non-forgeable identity for servers, gateways, edge systems, and long-life devices. - Entropy & Crypto Agility: Quantum-grade entropy generation and cryptographic stacks designed to adapt over 10-20 year lifecycles as standards evolve. Key technical characteristics include constant-time execution for side-channel resistance, low memory overhead for constrained environments, and up to 10x higher PQC throughput compared to software-only implementations. The platform is FIPS 203/204 certified and meets federal PQC migration requirements. EigenQ maintains partnerships with academic research institutions (including the University of Waterloo), enterprise technology firms (including Hewlett Packard Enterprise), and US and Canadian government bodies.