Make your organisation quantum‑safe, before Q‑Day.
Quantum computers will break the encryption that protects today's data, transactions and identities. QuantumSafe helps you find your cryptography, prioritise the risks and migrate to post-quantum cryptography in a controlled way.
Is your data already at risk?
Professor Michele Mosca's rule of thumb shows when you need to start. If the time your data must stay secret plus the time you need to migrate exceeds the time until the threat arrives, you are too late.
X + Y > Z
- X, shelf-life: the number of years the information should be protected.
- Y, migration time: the number of years needed to migrate your systems properly and safely to a quantum-safe solution.
- Z, threat timeline: the number of years before relevant threat actors can break quantum-vulnerable systems.
From awareness to continuous crypto‑agility
Eight services that you can take one at a time or as a complete programme. Each one ends in a concrete result you can act on.
Awareness Workshop
A shared view of quantum-safe cryptography and a concrete first step.
02Readiness Assessment
Readiness profile, key gaps and prioritised recommendations.
03Discovery & Inventory
Insight into cryptographic usage and a Cryptography Bill of Materials (CBOM).
04Risk Assessment & Roadmap
Prioritised risk register and a phased migration roadmap.
05Governance & Supplier Management
Clear ownership and supply-chain actions.
06PQC Pilot & Technical Validation
A tested approach for one concrete technical scenario.
07Migration & Implementation Support
Controlled cryptographic changes and a clean handover.
08Continuous Crypto-Agility
Quantum-safe by design, with an ongoing reporting cycle.
Post-quantum cryptography in a few minutes
What changes when quantum computers arrive, why "harvest now, decrypt later" makes this urgent, and what crypto-agility means for your organisation.
Go deeper on the quantum threatThe deadlines are already set
Governments and regulators are moving from guidance to timelines. Critical entities, financial institutions and public bodies are expected to act first.
NIST publishes the first PQC standards: ML-KEM, ML-DSA and SLH-DSA.
EU member states start the transition. The Dutch Wwke implements the EU CER directive.
High-risk use cases quantum-safe. NIST proposes deprecating RSA and ECC.
Migration as complete as feasible. Quantum-vulnerable algorithms disallowed.