Topic starter
12/06/2026 9:47 pm
TL;DR: Post-quantum cryptography migration is a multi-year programme that starts with crypto asset inventory and discovery, because organisations cannot plan around RSA, ECC, machine identities, or AI-inherited credentials they cannot see, according to Axiad. The strategic shift is from algorithm swapping to mapping cryptographic trust first, then prioritising exposure and dependency risk.
Editorial analysis by NHI Mgmt Group, based on content published by Axiad: “Your Quantum Clock Started Today”.
Key questions
A: Security teams should begin with controlled testing, inventory, and migration planning rather than waiting for a production emergency.
Q: Why does quantum readiness change identity governance?
A: Because the cryptographic trust fabric includes non-human identities and inherited access, not just encryption algorithms.
Q: What breaks if organisations plan PQC migration without an inventory?
A: They end up guessing where trust lives, which assets are vulnerable, and which dependencies could fail during replacement.
Practitioner guidance
- Map cryptographic trust paths Inventory certificates, keys, machine identities, service accounts, and embedded dependencies across cloud, on-premises, and hybrid environments so PQC planning starts from actual trust relationships rather than assumptions.
- Separate quantum-vulnerable assets from the rest Tag assets that rely on RSA or ECC and identify which systems depend on them, because algorithm replacement only works when exposure is tied to real service dependencies.
- Track inherited access for AI systems Document which AI agents or automated systems inherit credentials from the identities that created them, then include those relationships in the cryptographic inventory.
Bottom line: PQC readiness is blocked first by visibility gaps, not by the absence of a replacement algorithm.
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13/06/2026 12:07 am
Crypto asset inventory is the control plane for post-quantum readiness: migration fails when cryptographic trust is treated as a narrow certificate problem instead of an environment-wide dependency map. Certificates, machine identities, service accounts, embedded protocols, and inherited AI access all sit inside that trust fabric. Practitioners should treat discovery as the prerequisite control, not the preliminary nice-to-have.
A question worth separating out:
Q: How should teams prioritise which cryptographic assets to replace first?
A: Prioritise assets that protect sensitive data, support high-privilege identities, or sit on critical dependencies such as PKI, SSO, federation, and machine-to-machine authentication. Those paths create the largest risk if left on quantum-vulnerable algorithms and usually justify the earliest remediation work.
👉 Read our full editorial: Post-quantum readiness starts with crypto asset inventory