Randomness you can
actually verify.

Every value sourced from 912 IBM Quantum qubit measurements. Available as a self-hosted service or API integration. Every random value your platform generates traces back to IBM Quantum hardware.

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Cryptographic Key Generation

Session keys, signing keys, and OTP seeds derived from hardware quantum entropy.

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Regulated Lotteries & Gaming

Verifiable randomness with an immutable hardware audit trail for compliance.

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Financial Simulations

Monte Carlo and risk models that require certified, non-deterministic input.

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Zero-Trust Token Generation

OIDC device codes and session tokens seeded from quantum hardware, not OS entropy.

Quantum V^ QRNG

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Why Quantum Entropy?

Pseudo-random number generators are algorithms β€” deterministic given a seed and are vulnerable to quantum attacks. A sufficiently powerful quantum computer can exploit the deterministic structure of any seed-based algorithm. Qubit measurement has no seed, no structure, and no algorithm to attack.

PRNG / CSPRNG

  • Deterministic β€” same seed, same sequence
  • Seeded from OS entropy (clock, hardware events)
  • No audit trail β€” cannot prove source
  • Theoretical attack surface: seed recovery
  • Used by every software RNG service today
  • Sufficient for most applications

Quantum V^ QRNG

  • Physically random β€” quantum measurement outcome
  • Sourced from IBM Quantum superconducting hardware
  • Every byte linked to a verifiable IBM Job ID
  • Information-theoretically unpredictable
  • 912 measurements across 3 entropy harvests
  • Required for highest-assurance applications

Entropy Attestation

SHA-256 hashes of the hardware entropy harvest β€” Click any Job ID to verify on IBM Quantum's platform.

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