ML-KEM key encapsulation
FIPS 203 key establishment for the session keys your traffic actually depends on.
Post-quantum security
Post-quantum cryptography for systems that already exist — hybrid handshakes, managed keys, and a migration path that doesn’t start with a rewrite.
What it is
Traffic captured today can be stored and opened later, once the hardware catches up. That turns the move to post-quantum algorithms into a scheduling problem rather than a someday problem.
Nitro Security implements the standardised primitives — ML-KEM for key encapsulation (FIPS 203) and ML-DSA for signatures (FIPS 204) — and runs them in hybrid mode alongside the classical algorithms you already trust.
Keys, rotation, and the audit trail sit behind one interface, so the algorithm underneath can change without touching application code. That is the whole point: crypto-agility.
Capabilities
Post-quantum algorithms are published. Running them safely in a live system is the work.
FIPS 203 key establishment for the session keys your traffic actually depends on.
FIPS 204 signing and verification for artifacts, tokens, and machine identities.
Classical and post-quantum key exchange run together, so the session holds if either one holds.
Generate, store, and scope keys per service — no shared secrets sitting in a config file.
Scheduled rotation plus a signed record of every key issued, used, and retired.
Swap algorithms behind a stable interface, so the next standard is a config change.
How it works
Find where cryptography actually happens: handshakes, tokens, stored secrets, signed artifacts.
Turn post-quantum on alongside the classical algorithm. Existing clients keep working.
Issue and scope keys per service, with rotation on a schedule instead of on a ticket.
Export the audit trail: which algorithm, which key, which service, and when.
Who it’s for
Records that must stay confidential for longer than today’s cryptography can promise.
Services that terminate TLS, sign artifacts, or hand out tokens on someone else’s behalf.
Anyone who has to show the migration plan, the algorithms in use, and the evidence behind both.
We’ll map your handshakes and signatures, then show you the order to do them in.