Methodology
Q-Day readiness methodology
NIST-aligned classification, Mosca inequality for harvest-now-decrypt-later, and hybrid ML-KEM proof — with honest coverage limits.
The scanner discovers TLS certificates, JWKS signing keys, SSH host keys, and related transport cryptography. Each asset is classified against Shor/Grover exposure estimates and mapped to FIPS 203–205 replacements.
Mosca's inequality (X + Y > Z) drives the HNDL verdict: data shelf-life plus migration time versus years to cryptographically relevant quantum computing.