Question 1

What does the PQC engine actually assess?

Accepted Answer

It inventories cryptographic assets — algorithms, key lengths, certificates — across your environment and flags which ones are vulnerable to future quantum-capable attacks.

Question 2

Do we need to migrate to post-quantum cryptography today?

Accepted Answer

Not immediately for most organizations, but the engine builds a prioritized migration roadmap so long-lived sensitive data is protected before quantum computing becomes a practical threat.

Question 3

Which systems does the PQC engine scan for cryptographic exposure?

Accepted Answer

It covers TLS configurations, VPNs, code-signing certificates, and stored-data encryption across IT and OT environments.

Question 4

Is post-quantum migration disruptive to production systems?

Accepted Answer

Migration is phased and prioritized by risk, starting with long-lived data and high-value certificates rather than a disruptive one-time cutover.

Question 5

How does the PQC engine fit with our existing compliance program?

Accepted Answer

Findings map into the same ISA/IEC 62443 and NIST-aligned reporting used by the rest of CyberDragon.ai, so cryptographic risk sits alongside other compliance evidence.

Question 6

Does the PQC engine track evolving NIST post-quantum standards?

Accepted Answer

Yes. Algorithm recommendations are updated as NIST-standardized post-quantum algorithms evolve.

Question 7

Who typically owns the PQC migration project internally?

Accepted Answer

Security architects and compliance leads usually own the roadmap, with the PQC engine providing the asset inventory and prioritization. Contact us via axixtechnologies.com/contact.

post-quantum cryptography for industrial systems

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