Built for Security Teams

Stronger Cryptography Starts
With Quantum Entropy

Quantum-seeded keys, high-quality entropy, and authentication tokens an adversary cannot feasibly predict — drawn from a quantum-circuit simulator by default, or from our IBM-hardware-seeded generator on request, with the source labelled on every response.

<50ms
Avg Latency
99%+
Uptime SLA
5
Security Endpoints
LIVE
Entropy Pool
LAYER 1 — QNTYX TRUST INFRASTRUCTURE
QuantumRand supplies randomness to nine Qntyx products — and is available standalone for any developer.
Part of Qntyx →
Your Security Stack Has an Entropy Problem
Software PRNGs are the weakest link in your cryptographic chain. Quantum entropy eliminates the single point of failure.
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Overview

Weak Key Generation

Most encryption keys are seeded with software PRNGs that can be predicted given enough compute. Quantum entropy removes the predictable seed those PRNGs depend on.

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Harvest Now Decrypt Later

Adversaries are recording your encrypted traffic today to decrypt once quantum computers arrive. Quantum-seeded keys raise the bar now.

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NIST Mandates Are Here

NIST finalized new cryptography standards in 2024. Compliance clocks are ticking for every security team — strong entropy is the foundation.

Five endpoints purpose-built for security teams
By default these endpoints draw from a quantum-circuit simulator (Origin cloud). Send "backend": "quantum_seeded" to use QuantumRand's generator seeded from real IBM Quantum hardware, or "ibm_hardware" for a direct hardware run. Every response is labelled with the source that produced it, and if the chosen backend is unavailable the call fails rather than quietly switching source.
POST /v1/security/keygen

Encryption Key Generation

Quantum-seeded encryption keys for AES-256, ChaCha20, or RSA-4096. Key material comes from a quantum-circuit simulator by default, or from the IBM-hardware-seeded generator with "backend": "quantum_seeded"; the source is labelled.

Use case: Encryption at rest, TLS seeding, VPN key material
POST /v1/security/entropy-audit

Entropy Quality Report

A JSON report on a fresh sample: Shannon entropy per byte, a chi-square value and the entropy source. Its passes_nist flag is a simple 7.5 bits-per-byte threshold, not a NIST test suite.

Use case: Entropy source validation, statistical testing, audit evidence
POST /v1/security/token

Security Token

Quantum-seeded security tokens in hex, base64, or alphanumeric format. Up to 256 bytes — cannot feasibly be predicted.

Use case: Session tokens, CSRF tokens, API keys, password reset tokens
POST /v1/security/salt

Cryptographic Salt

Quantum-seeded salts for password hashing, key derivation, and HMAC initialization. Quantum-seeded salts avoid the reuse patterns that weaken hashing.

Use case: bcrypt/argon2 salts, HKDF/PBKDF2 inputs, HMAC key init
POST /v1/security/challenge

Authentication Challenge

Quantum authentication challenges with configurable TTL (30s to 1 hour). 256-bit quantum-seeded challenges resist prediction and precomputation; the TTL limits replay. Perfect for multi-factor authentication flows, zero-knowledge proof initialization, and secure handshake protocols.

Use case: MFA challenges, zero-knowledge proofs, auth handshakes, device pairing
Published NIST SP 800-22 Results
We ran 7 of the 15 NIST SP 800-22 statistical tests on bits drawn from IBM Quantum hardware and published the results. View NIST SP 800-22 results →
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Tested Randomness

Entropy-audit requests compute Shannon entropy and chi-square on your sample; well-behaved output sits close to 8 bits per byte. We ran 7 of the 15 NIST SP 800-22 tests once on IBM-hardware bits and published the results.

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Drop-In Entropy Source

QuantumRand supplies the high-quality entropy your existing key-generation and signing pipelines depend on — integrated with a single API call.

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Audit Reports

On-demand JSON reports from POST /v1/security/entropy-audit with Shannon entropy, chi-square and the entropy source, which you can attach to a review. They are not a certification.

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Zero Prediction Surface

Values come from a generator that is reseeded from quantum measurements, so there is no fixed seed baked into your app to steal. (During an outage, values come from the OS CSPRNG and are labelled as such.)

Entropy pool — real-time
A pre-generated pool of bits from the IBM-hardware-seeded generator serves the core /generate API and any call made with "backend": "quantum_seeded". Until the first hardware seed arrives after a restart, those bits come from the OS CSPRNG and the source label says so.
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auto-refreshes every 10s
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Pool Size (bits)
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Target
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Entropy Source
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Refill Count
Quantum entropy for every security workflow
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Encryption Key Generation

AES-256, ChaCha20, and RSA keys seeded with high-entropy quantum randomness — no weak or predictable static seeds.

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Authentication Tokens

Session tokens, CSRF tokens, and API keys an adversary cannot feasibly predict. Quantum randomness at the foundation of every auth flow.

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Password Hashing Salts

Quantum salts for bcrypt, argon2, and PBKDF2. Quantum-seeded salts eliminate the reuse patterns that weaken password storage.

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VPN & TLS Seeding

Quantum entropy for TLS session keys and VPN tunnel initialization. Harden your encrypted channels at the entropy layer.

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MFA Challenges

Authentication challenges from a quantum-seeded generator, so they cannot feasibly be precomputed or predicted.

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Penetration Testing

Quantum-seeded payloads and tokens for red team engagements. Quantum-seeded entropy makes your test artifacts indistinguishable from production.

Start free. Scale with your security posture.
Free
$0/mo
  • 1,000 calls / day
  • 256 bits max
  • No card required
  • All 5 security endpoints
Get Started
Indie
$9/mo
  • 50,000 calls / day
  • 1,024 bits max
  • Email support
  • Audit log dashboard
Get Started
Business
$299/mo
  • 10,000,000 calls / day
  • 4,096 bits max
  • Dedicated support
  • SLA + custom integrations
Contact Sales

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