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After the NIST PQC algorithms video: your ML-KEM migration checklist

NIST finalized three post-quantum standards in 2024. The near-term migration path for most teams is hybrid TLS — classical plus ML-KEM — not a big-bang algorithm swap.

Post-quantum algorithm standards overview.
Q-Day Is Coming: 5 Quantum-Safe Algorithms Explained Watch on YouTube

The three standards that matter first

StandardAlgorithmUse case
FIPS 203ML-KEMKey encapsulation (TLS key exchange)
FIPS 204ML-DSADigital signatures
FIPS 205SLH-DSAHash-based signatures (backup path)

Google and Cloudflare already deploy hybrid ML-KEM in production TLS. Your inventory must tag which endpoints still depend on RSA or ECDSA-only handshakes.

What the video gets right

Lattice-based KEM is the primary defense against harvest-now-decrypt-later for data in transit. Hybrid modes combine classical and post-quantum key exchange so you can migrate incrementally without breaking legacy clients.

What teams still need

An inventory that answers: which load balancers terminate TLS, which certificates rotate on what cadence, and which third-party APIs you cannot control. Qtangl exports CycloneDX CBOM JSON and hybrid handshake proof traces for migration evidence.

Migration checklist

  1. Baseline scan — tag RSA, ECDSA, and hybrid-capable endpoints.
  2. Pilot hybrid TLS on internal or non-production paths first.
  3. Re-scan after deployment and attach proof to remediation items.
  4. Track readiness score trends in Monitor — crypto drifts between audit cycles.

Continue on the Q-Day hub: ML-KEM migration guide

References & further reading

Authoritative primary sources cited in this article. Summaries are our own — follow links for full context.

Last verified 2026-06-03

See your exposure with evidence

Run a live PQC inventory scan, export a CBOM, and verify signed reports independently.