60 hours to halve a post-quantum cipher: a 2026 crypto-agility playbook
60 hours to halve a post-quantum cipher: a 2026 crypto-agility playbook Summary. On 28...
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60 hours to halve a post-quantum cipher: a 2026 crypto-agility playbook Summary. On 28...

Crypto-agility, not faith in any single algorithm, is what keeps post-quantum security standing when...
2026-2027 post-quantum cryptography readiness: the enterprise crypto-agility...

Crypto-agility is designing an AI system to swap cryptographic algorithms without re-architecting it. Name the algorithm in each signed record so it self-describes, verify by that identifier, and a br

Migrate post-quantum as a sequence, not a scramble: inventory every use of cryptography, prioritise long-lived records, sign new records with FIPS 204 or 205, run hybrid across the transition, build c

Q-Day is the day a quantum computer can break today's public-key cryptography. You prepare an AI system by inventorying your cryptography, signing new records with post-quantum signatures, running hyb

I keep meeting teams who think swapping in one post-quantum signature scheme finishes the job. It does not. The record you seal today has to outlive the algorithm that signed it, and here is what that

The algorithms almost never break. Key custody, rotation, and crypto agility do, and 2026 has the receipts. Why a record that must outlast its own keys has to be designed for change from the first lin