Post Quantum Cryptography Isn’t a Future Problem — Why Hardware Anchored Trust Matters Now

We summarize a briefing from an HPE Partner Day featuring EigenQ on post-quantum cryptography (PQC). It argues the quantum threat is immediate due to “harvest now, decrypt later” and rapid advances that could soon break today’s encryption, making long-lived government data vulnerable. The episode stresses that software-only PQC and algorithms alone are insufficient because key risks persist in entropy (weak randomness), identity (spoofable roots of trust), and execution (keys exposed in compromised hosts). EigenQ’s approach centers on “entropy, identity, execution,” using quantum-generated entropy and running PQC inside trusted execution environments with remote attestation so keys aren’t exposed to the OS. It emphasizes incremental, no “rip-and-replace” deployment via overlays (e.g., quantum-proof VPN/SSL), hybrid cryptography, and phased migration aligned to federal realities, with ATPGov positioned to help implement these solutions.

00:00 Introduction
00:38 Quantum Threat Is Now!
01:54 Harvest Now Decrypt Later
03:19 Why Algorithms Aren't Enough
04:26 Entropy Identity Execution
06:13 Trusted Execution Advantage
06:57 No Rip and Replace Deployment
07:39 Phased Federal Migration Model
08:21 Hard Questions to Ask
09:10 Bottom Line and Next Steps

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