WireGuard Pre-Shared Key (32 Bytes, Base64)
HibauwhPztgd8jjePTng3BM9VFYkBuJ+YOVr7h6gehE=
Perfect for securing your WireGuard VPN connection with a quantum-safe key.
Why Use a Quantum-Safe RNG?
Our random number generator (RNG) is powered by liboqs and /dev/urandom, ensuring cryptographic security that withstands quantum computing threats. It passes all 15 NIST SP 800-22 tests, making it ideal for post-quantum cryptography. View NIST test results [PDF] (SHA-256: sha256-N73v32ACr00zLAjn/fZ+Qk6Ekm0VMfEU5MvmMBVF8Uc=).
Your random numbers are never logged or stored. Copy them securely for your use.
- Santosh Pandit, Architect of Kyber Club
QRNG versus RNG
The NCSC UK defines Quantum Random Number Generators (QRNGs) as using quantum mechanics via specialised hardware for entropy. At Kyber Club, we lack such hardware and instead use liboqs with /dev/urandom to create a highly effective software-based RNG. While not a true QRNG, our solution passes all 15 NIST SP 800-22 tests with near-perfect entropy (7.999998 bits/byte), ensuring top-tier randomness for cryptographic use. It aligns with the NCSC's push for quantum-safe cryptography, offering a robust, practical alternative on classical systems.
Generated Random Numbers
12-Character Secure Password
wm*CYXgJJJn7
Ideal for website logins. Pair with MFA/2FA for maximum security.
4-Digit PIN Code
5438
Use for bank cards, phone unlocks, or simple access codes.
6-Digit 2FA Code
228090
Enhance your account security with two-factor authentication.
3-Digit Bingo/Lottery Number
966
Try your luck in raffles or small lotteries. Please gamble responsibly. You must be 18 or over to play. Gambling can be addictive and may lead to financial loss. For help and support, visit www.begambleaware.org or call the National Gambling Helpline on 0808 8020 133.
8-Byte Hex Password
3d4b5608780c753e
Strong hexadecimal password for technical logins.
Dice Roll (1-6)
4
Quick random roll for games or decisions.
Our RNG delivers cryptographically secure randomness, passing all 15 NIST SP 800-22 tests on a 100 MB sample. With near-perfect entropy (7.999998 bits/byte), it is ideal for post-quantum cryptographic applications. View detailed test results [PDF] (SHA-256: sha256-N73v32ACr00zLAjn/fZ+Qk6Ekm0VMfEU5MvmMBVF8Uc=).
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Learn More About Quantum-Safe Cryptography
Explore how quantum-safe cryptography protects your data against future quantum threats. Learn more about quantum-safe cryptography.