EigenQ provides a hardware‑anchored, full‑stack post‑quantum security platform that OEMs can embed into networking, server, and edge devices without redesign.
Funding
Funding not disclosed
Founders
Product
Problem
Manufacturers and infrastructure providers face increasing pressure to adopt post‑quantum cryptography, but existing solutions often require redesign of hardware, complex integration, and lengthy certification processes, delaying product launches and increasing costs.
Solution
EigenQ offers a hardware‑anchored, full‑stack post‑quantum security platform that can be embedded into existing products without redesign. The platform combines quantum entropy generation (QMA), a quantum‑trusted TPM (qTPM) for device identity, a quantum‑trusted execution environment (qTEE), and a certified PQC+™ cryptographic layer. This enables OEM‑scale integration and deployment in under 90 days, providing quantum‑secure encryption and trusted execution for modern network environments. By delivering a turnkey solution that aligns with global standards and regulatory timelines, EigenQ helps manufacturers bring quantum‑secure products to market quickly and with minimal engineering effort.
Target Audience
Primary customers are OEM manufacturers of networking, server, and edge devices, as well as infrastructure providers requiring built‑in post‑quantum security for their hardware products.
Features
- QMA quantum entropy source delivering true quantum‑generated randomness for cryptographic operations
- qTPM device identity module that securely stores keys and attests hardware integrity
- qTEE trusted execution environment ensuring secure runtime of sensitive workloads
- PQC+™ certified post‑quantum cryptographic algorithms integrated into a unified stack
- OEM‑ready hardware form factor designed for seamless integration without redesign
- Rapid deployment workflow enabling full system integration and certification in under 90 days
- Compatibility with existing security architectures and standards for easy adoption