Transaction IDs, OTPs, nonces, and signing keys generated by real quantum hardware. Provably unpredictable randomness that meets the highest compliance standards.
Sequential or PRNG-based IDs can be enumerated, enabling transaction scraping and replay attacks on payment systems.
PRNG-seeded cryptographic keys have finite entropy. Adversaries with enough compute can brute-force the seed space.
SOC 2, PCI-DSS, and ISO 27001 increasingly demand provable entropy sources. "Math random" doesn't pass audits.
Quantum-random 128-bit transaction IDs. Collision-proof, non-enumerable, and impossible to predict.
Quantum-seeded 6 or 8 digit OTPs with configurable TTL. Each code is backed by true randomness.
256-bit quantum nonces for replay protection. Every value is guaranteed unique and unpredictable.
Ed25519 signing keypairs seeded with quantum entropy. Private keys never touch our servers.
Sign any payload with a quantum-seeded HMAC-SHA256 key. Returns the signature and a one-time signing key for independent verification. Perfect for tamper-evident audit logs and regulatory compliance.
Full audit logging with tamper-evident signatures. Every entropy request is traceable to its quantum source.
Quantum entropy meets PCI requirements for cryptographic key generation. No PRNG fallback in production.
Provable entropy source documentation. Hardware-backed randomness with full chain-of-custody audit trail.
Every API call logged with endpoint, source, latency, and entropy type. Export to CSV anytime from your dashboard.
Quantum-seeded HMAC-SHA256 signatures for tamper-evident records. Verifiable by any third party.
Every response tagged with its entropy source: quantum, hybrid, or fallback. Full transparency on every call.
Join the waitlist to lock in early-adopter pricing and get a dedicated onboarding session with our team. Limited spots available.