Quantum-Safe
Credential Generator

PQC (Post-Quantum Cryptography) Compliance means adhering to standards designed to resist attacks from quantum computers. This application implements NIST FIPS 203 (ML-KEM) for key encapsulation. This ensures that even if an attacker records your encrypted traffic today, they cannot decrypt it in the future when they have a quantum computer (harvest-now, decrypt-later defense).

Quantum computers use Grover's Algorithm to speed up brute-force attacks. A 32-character password (209 bits) is reduced effectively to ~104 bits of security, which is still unbreakable. The 40-character option (~260 bits) provides ~130 bits of quantum security, matching Top Secret military standards.

ML-KEM (Module-Lattice-Based Key-Encapsulation Mechanism) is the newly standardized NIST algorithm (FIPS 203) for public-key encryption. It resists quantum attacks that would break traditional RSA or Elliptic Curve encryption.

Argon2id is a memory-hard hashing algorithm. It forces any attacker to use large amounts of RAM for every single guess, making it impossibly expensive to build specialized hardware (ASICs) to crack your passwords.

Traditional generators often run in your browser using "Math.random()", which is not cryptographically secure. We use Go's crypto/rand (CSPRNG) on a hardened backend to ensure true entropy. Plus, we provide the PQC Hash and Transport layer (ML-KEM) to future-proof your credentials against quantum interception.

Absolutely NOT. This system is stateless. The credentials are generated in volatile memory (RAM), sent to you, and immediately discarded. There is no database, no logs of generated keys, and no persistent storage. Once you close this page, they are gone forever.