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After Veritasium: from Shor's threat to NIST PQC standards

Veritasium's explainer lands the full arc: Shor breaks RSA, adversaries store ciphertext today, and NIST spent eight years standardizing quantum-resistant replacements.

Post-quantum cryptography standards overview.
What Makes Quantum Computers SO Powerful? Watch on YouTube

What the video gets right

The video connects three ideas that belong in every board briefing:

  • Shor's algorithm breaks the math behind RSA and ECC — not by brute force, but by exploiting quantum parallelism.
  • Harvest now, decrypt later (HNDL) means adversaries copy encrypted traffic today and decrypt it after a CRQC exists. Storage is cheap; breaking crypto today is not required.
  • NIST's PQC project selected algorithms now standardized as FIPS 203 (ML-KEM), FIPS 204 (ML-DSA), and FIPS 205 (SLH-DSA).

Industry timelines accelerated: Google's 2029 readiness target signals that migration planning cannot wait for headlines.

What it does not cover

Federal policy adds teeth: NSM-10 requires US agencies to migrate away from quantum-vulnerable algorithms. Private-sector contractors inherit similar expectations through supply-chain clauses.

Qtangl maps findings to NSM-10 and NIST IR 8547 deadline tiers with signed scan artifacts.

This quarter

  1. Map your longest-lived data classes (health, finance, IP) against migration runway using the Mosca calculator.
  2. Inventory external TLS for RSA and ECDSA — not a one-time spreadsheet.
  3. Read NIST IR 8547 deprecation tiers and assign owners per tier.

Continue on the Q-Day hub: PQC deadlines guide

References & further reading

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

Last verified 2026-06-21

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