For organisations where entropy cannot leave the building. QCoreSecure's powerful silicon-photonics QRNG chip, deployed entirely within your security perimeter.
Cloud-delivered quantum entropy works for most organisations. But some environments demand absolute sovereignty over their cryptographic material. Defence agencies operating in classified networks. Financial institutions with co-location mandates. Telecom operators building 5G core infrastructure. Certificate authorities issuing millions of certificates daily. For these operators, entropy must be generated locally, consumed locally, and never traverse a network boundary.
The QCoreSecure Appliance houses our powerful silicon-photonics QRNG chip in a compact, rack-mountable enclosure. It generates NIST SP 800-90B certified quantum entropy at >200 Mbps - continuously, locally, with zero network dependency. The appliance connects directly to your HSM clusters, key management systems, certificate authorities, and network security infrastructure via Ethernet, USB, or SFP+ interfaces.
Deploy the appliance in your data centre, SCIF, or secure facility. Connect it to your cryptographic infrastructure using standard interfaces and the provided SDKs for C/C++, Python, or Java. The appliance runs continuous NIST SP 800-90B health tests on every entropy block in real time. If any anomaly is detected, output halts until validation is restored - the same zero-compromise approach as our cloud platform, running entirely on your hardware.
Complete sovereignty - zero entropy data leaves your perimeter. Near-zero latency for real-time cryptographic operations. And the same quantum-grade entropy quality as QRaas, with no cloud dependency whatsoever.


Whether you’re securing encryption keys, AI agent credentials, or critical infrastructure — start with randomness rooted in physics.
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