Every key, token, and secret your app creates decided by physics — not math. Powered by IBM Quantum hardware with Qiskit integration.
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from getquantumrand import QuantumRandClient qr = QuantumRandClient("YOUR_API_KEY") entropy = qr.hex(64) print(entropy) # a3f9c2e1b4d87f3c... — decided by quantum physics
import { QuantumRandClient } from 'getquantumrand' const qr = new QuantumRandClient({ apiKey: 'YOUR_API_KEY' }) const entropy = await qr.hex(64) console.log(entropy) // a3f9c2e1b4d87f3c... — decided by quantum physics
curl -X POST https://quantumrand.dev/generate/hex \ -H "X-API-Key: YOUR_API_KEY" \ -H "Content-Type: application/json" \ -d '{"n": 64}'
A qubit enters superposition — it exists as 0 AND 1 simultaneously, governed by quantum mechanics.
Quantum measurement collapses the superposition. Physics alone decides whether it becomes 0 or 1.
Repeat 256 times and you have an encryption key whose every bit was decided by the universe.
Quantyx — a 17-product post-quantum security platform — chose QuantumRand as its sole entropy backbone.