NIST IR 8547 Quantum-vulnerable public-key algorithms are deprecated from 2030 and disallowed by 2035. Assess your exposure

Solution 02

PQC Migration & Implementation

Move from roadmap to protected production. We deploy ElvasAI products and migrate your PKI to hybrid post-quantum cryptography, keeping existing systems interoperable throughout.

Overview

Hybrid post-quantum deployment across boot, transport and application layers, with no disruption to running services.

Post-quantum migration touches every layer of the stack: firmware signing, operating systems, VPNs, TLS endpoints, PKI, HSMs and application code. Doing it in the wrong order breaks interoperability; doing it too slowly leaves data exposed.

Our migration engagements use a hybrid-first approach. Classical and post-quantum algorithms run side by side, so every change can be reversed and every legacy client keeps working, while new sessions gain quantum resistance from the first day.

Deliverables

What you receive

01

Hybrid PKI design

Certificate hierarchy, ML-DSA issuance and hybrid chain strategy.

02

Product deployment

QBoot, QVPN and QGate rolled out in risk order with your teams.

03

Interoperability testing

Validation against clients, partners, HSMs and network appliances.

04

Performance validation

Measured handshake, throughput and boot-time impact in your environment.

05

Runbooks & handover

Operational procedures, key ceremonies and rollback plans.

Engagement model

How it works

  1. 1

    Pilot

    Deploy in a contained environment and baseline performance.

  2. 2

    Harden

    Tune policies, validate interoperability and fix blockers.

  3. 3

    Roll out

    Expand in waves ordered by quantum risk.

  4. 4

    Operate

    Hand over with monitoring, runbooks and support.

Ready to make your organisation quantum-safe?

Book a technical briefing or a QScan readiness assessment with our engineers.