Encrypt today against tomorrow's computer.
A full audit and migration of your cryptography to post-quantum standards, ML-KEM and ML-DSA. Deflected closes the harvest-now, decrypt-later window before it can be used against you.
Adversaries are already capturing your encrypted traffic and archives, betting they can decrypt it once quantum computers mature. Any secret with a shelf life longer than a few years — health records, IP, state data, long-lived keys — is effectively exposed the day you send it.
This is the harvest-now, decrypt-later threat: data intercepted today, stored cheaply, and unlocked the moment a cryptographically relevant quantum computer becomes available. The window for defense is not the day quantum arrives — it is the day sensitive data first leaves your network. Health, financial, legal, and intellectual-property records routinely stay valuable for a decade or more, which means much of what you protect with classical RSA and elliptic-curve cryptography is already at risk in transit and at rest.
The bar has now moved. NIST has finalized its first post-quantum standards — ML-KEM (FIPS 203), ML-DSA (FIPS 204), and SLH-DSA (FIPS 205) — giving enterprises a concrete, standardized target for migration. Regulators, auditors, and customers are beginning to treat post-quantum readiness as an expectation rather than a research topic. A scoped, expert-led migration turns that expectation into a documented, defensible position.
Discovers every algorithm, key, and certificate across your systems, code, and third parties.
Ranks each asset by data lifetime and exposure to build a clear, prioritized migration plan.
Rolls out post-quantum algorithms in a hybrid scheme, phased to avoid disruption.
Verifies coverage and interoperability, and documents alignment against NIST standards.
A complete picture of where and how you use cryptography, ranked by quantum exposure.
A staged path to post-quantum algorithms that keeps systems interoperable throughout.
Documented conformance to the standardized ML-KEM, ML-DSA, and SLH-DSA algorithms.
Quantum-Safe Migration is a scoped engagement, delivered by our experts, for organizations whose data outlives today's cryptography and whose obligations are about to catch up with the quantum threat.
Healthcare, finance, legal, government, and defense, where records must stay confidential for a decade or more and harvest-now, decrypt-later is a present-day exposure.
Teams responsible for TLS, PKI, key management, and signing who need a clear inventory and a phased plan they can execute without breaking production.
Risk and compliance owners who need to demonstrate readiness against emerging post-quantum requirements from regulators, auditors, and enterprise customers.
Most migrations start from incomplete visibility. The engagement is built to work from wherever your cryptographic estate stands today.
You do not know every algorithm, key, and certificate in use across services, code, and third parties. We discover and catalog them, then rank each by data lifetime and quantum exposure.
You need to move TLS, key exchange, and digital signatures to post-quantum algorithms without downtime. We roll out a hybrid scheme in stages, validating interoperability at each step.
A regulator or a major customer now asks for post-quantum readiness. We deliver the migration and the documented alignment you need to answer that requirement with evidence.
A migration is only as good as its correctness and its continuity. We hold both, on standardized ground.
We migrate to the standardized algorithms — ML-KEM (FIPS 203), ML-DSA (FIPS 204), and SLH-DSA (FIPS 205) — and document conformance so your position is defensible.
We deploy hybrid schemes — classical X25519 paired with ML-KEM-1024, alongside AES-256 — so systems stay interoperable and protected throughout the transition.
This is a scoped engagement delivered by cryptography specialists, not a tool you are left to run alone. You get a prioritized roadmap and hands-on execution.
Every byte handled by Quantum-Safe Migration is protected with NIST-standardized post-quantum cryptography — ML-KEM-1024 key encapsulation (FIPS 203) in a hybrid scheme. Your data stays sealed against harvest-now, decrypt-later attacks, today and after quantum computers arrive.
Book a scoping session with our cryptography team. We will assess your estate, size the engagement, and show exactly where post-quantum migration fits your environment.