A live REST API delivering QES-256 keys (Quantum Entropy Source) — 32-byte IBM Quantum hardware-derived entropy, every byte backed by a public Job ID your team can independently verify. Drop-in quantum entropy for any AES-256 deployment.
Three tiers — from open API access to signed compliance reports.
Rate-limited access to the QRNG endpoint. Generate quantum random bytes, integers, floats, and UUIDs. Verify IBM Job IDs publicly at no cost.
Cryptographically signed certificates documenting that your entropy originated from verified IBM Quantum hardware. A paper trail auditors can hold.
License the STEADYWATCH™ entropy seeding architecture for OEM integration into HSMs, security hardware, or enterprise platforms.
Any system where the source of randomness needs to be proven, not assumed.
Every QES-256 key your system generates traces back to three independent IBM Quantum jobs — not a software RNG, not a single hardware source. The three pools are combined via SHA-256 into a single verifiable fingerprint, then expanded into the QRNG stream. The audit chain is public and unbroken.
Three prime-seeded IBM Quantum pools generate the randomness behind the service. Explore each one.
The foundation entropy pool. Prime p=5 seeds the IBM Quantum circuit, producing 144 physically random, independent measurements. Every measurement is traceable to a real hardware job ID.
The mid-scale entropy pool. Prime p=13 produces 336 measurements — wider distribution, higher entropy density. Same hardware-traceable provenance as VAULT, more than twice the measurement count.
The deepest entropy pool. Prime p=17 generates 432 IBM Quantum measurements — the largest and most distributed of the three. Combined with VAULT and VIPER, LOTUS completes the full 912-measurement harvest.