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How exposed are you? Two minutes to a real answer.
The same first questions our AutoPQC assessment asks — the Mosca timing test plus eight inventory checks. Deterministic scoring, published weights, and nothing leaves your machine.
Step 1 · The Mosca inequality
Michele Mosca's test: if x + y > z — data shelf-life plus migration time exceeds the years until a cryptographically relevant quantum computer — you are already late.
x + y = 14 · z = 7 (assuming CRQC in 2033)
You are already late — data encrypted today outlives its protection.
Step 2 · Eight-question inventory
0/8
01Do you have a complete inventory of where your organization uses cryptography?
Certificates, TLS endpoints, code signing, KMS/HSM keys, libraries, vendor products.
02How long must your most sensitive data remain confidential?
03Where do RSA / ECC still protect production systems?
04Could you swap a cryptographic algorithm without rewriting applications?
Crypto-agility: abstraction layers, centralized key management, config-driven cipher suites.
05Have you asked critical vendors for their PQC migration roadmaps?
06Have you tested any NIST post-quantum algorithm (ML-KEM, ML-DSA) anywhere?
07Is someone accountable for PQC migration with budget attached?
08Do any of these apply to you: EU financial services (DORA), US federal/defense supply chain (CNSA 2.0), regulated health or banking data?
Your PQC Readiness Score
Answer all 8 questions above to compute your score — it takes about two minutes.
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