Becoming quantum-ready is not a single purchase — it's a path. We've split it into four steps so you can start at the one that matches where you are: find your exposure, fix it with open tools, prove the result, and make sure your team can carry it forward without us.
1 · Audit — find your exposure
You can't migrate cryptography you can't see. We build a cryptographic bill of materials across your code, dependencies, protocols, and infrastructure — every RSA key, every ECDH handshake, every certificate chain — and rank each finding by harvest-now-decrypt-later risk so the longest-lived secrets surface first. The deliverable is a prioritized migration roadmap, not a wall of findings.
2 · Tools — built in the open
Everything we'd want a client to run, we publish under Apache-2.0. qscan inventories quantum-vulnerable cryptography from your terminal. Our MCP server gives AI coding agents the same knowledge so they migrate code correctly. A conformance battery checks ML-KEM, ML-DSA, and SLH-DSA implementations against the FIPS test vectors. Open tooling means our methodology is inspectable — you don't have to take our word for it.
3 · Certify — prove it
Once the work is done, you need to show it — to auditors, customers, and regulators asking about your post-quantum posture. We issue a renewable, point-in-time certificate of readiness backed by the audit evidence. It states exactly what was assessed and against which standards, so it means something to the people who read it. The framework is open; the certificate is earned.
4 · Train — own it
Cryptography keeps moving, and the team that owns your systems should own the migration. We get your engineers fluent in post-quantum cryptography and the standards that govern it — what hybrid key exchange is, why signatures and key exchange migrate on different timelines, how to keep your stack crypto-agile so the next transition is a configuration change, not a rewrite.
Where to start
Run a scan before anything else — npx @quantakrypto/qscan ./ — and you'll have a concrete picture of your exposure in minutes. Everything else builds on what it finds.
Whether you take all four steps or just the first, the goal is the same: from "we should look into this" to a system you can prove is quantum-ready. The math is settled. The migration is the work. Let's do the work.