Quantum RNG fabric
Photonic and shot-noise entropy sources, continuously health-tested per NIST SP 800-90B.
QRNG
Entropy Core
Hardware-backed true randomness, delivered at line-rate.
Hardware-backed true random number generation, served as a high-throughput API.
Playground
Two quantum sources. One stream you can trust.
Entropy Core draws on two QRNG cards from different manufacturers, health-tests both continuously and serves the combined stream through one API. Fail a card to see the stream hold, and see why passing randomness tests isn’t enough. Everything here is simulated in your browser.
Entropy CoreSample deployment · 2 QRNG cards · 1 combined stream
2 of 2 sources healthy · health tests passing
Turn on JavaScript to explore the playground: two QRNG cards feed continuous NIST SP 800-90B health tests, are combined and conditioned, and reach applications through one API.
Simulation for illustration. No bytes shown here come from Entropy Core.
Talk to the Entropy Core teamCapabilities
What Entropy Core ships with.
Global distribution
Sub-millisecond entropy delivery across sovereign regions with deterministic SLAs.
HSM integration
PKCS#11, KMIP, and native SDKs for Thales, Utimaco, Entrust, AWS CloudHSM.
Streaming API
Up to 100 Gbps per tenant with cryptographically attested provenance.
Outcomes
What customers measure after deploying Entropy Core.
- Replace weak PRNGs across HSMs, blockchains, and key managers
- Power downstream PQC keygen with verified entropy
- Demonstrate entropy-grade compliance to auditors
Specifications
At a glance.
- Sources
- Photonic QRNG · Shot-noise · Vacuum fluctuation
- Throughput
- Up to 8.4 PB/day platform-wide
- Interface
- REST · gRPC · KMIP · PKCS#11
- Compliance
- NIST SP 800-90A/B/C · BSI AIS 31
Get started
Put Entropy Core to work.
Talk to the product team about deploying Entropy Core in your environment.