Quanten Security delivers post-quantum cryptography as a drop-in fabric — from TLS handshakes to sovereign key storage.
ML-KEM-1024 replaces ECDH across every session — TLS, SSH, and proprietary tunnels.
ML-DSA and SLH-DSA sign every packet and firmware image with quantum-safe math.
Algorithm profiles hot-swap without downtime. Quantum or classical — the fabric adapts.
Migration planners commonly model cryptographically relevant quantum risk across a 2029–2033 window.
Shor's algorithm solves the discrete-logarithm and integer-factorisation problems in polynomial time on a quantum computer. Every algorithm that relies on these problems — RSA, ECC, DH — falls.
Lattice problems such as Learning With Errors (LWE) have no known quantum speedup. ML-KEM and ML-DSA are built on LWE hardness, giving post-quantum security without sacrificing performance.
Air-gapped key generation and storage. FIPS 140-3-ready HSM workflow with tamper evidence.
qs-keygen --algo ml-kem-1024 --hsmSingle-tenant deployment in your jurisdiction. National data-residency requirements met.
qs deploy --mode sovereign --region eu-westDrop the PQC fabric over existing infrastructure. mTLS + ML-KEM without forklift upgrades.
qs overlay --target 10.0.0.0/8 --pqc hybridMigration planners commonly model cryptographically relevant quantum risk across a 2029–2033 window. RSA-2048 and ECC-P256 would be broken retroactively once a capable quantum computer exists — any encrypted traffic captured today can be decrypted then.
Nation-state adversaries are recording encrypted sessions now. Once a quantum computer arrives, stored ciphertext becomes plaintext. PQC migration cannot wait until Q-Day arrives.
ML-KEM-1024 handshakes add less than 4 ms over baseline TLS 1.3 on commodity hardware. Key-share payloads are larger (1,568-byte encapsulation key plus 1,568-byte ciphertext, vs 32 bytes for ECDH), but modern networks absorb the roughly 3.1 KB PQC exchange.
Yes. Quanten's fabric runs dual-algorithm sessions — classical ECDH alongside ML-KEM — so you remain protected against both classical and quantum attackers during the migration window.
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Google and Cloudflare have pulled their post-quantum migration targets toward 2029. The lesson for enterprises is not panic; it is that authentication, signing, and crypto inventory need executive attention now.
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Browsers, Apple platforms, Java, OpenSSL-based stacks, and CDNs are moving hybrid post-quantum TLS from experiments toward defaults. The new operational question is whether teams can measure coverage.
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NIST draft SP 800-230 adds smaller, faster SLH-DSA parameter sets for sign-once, verify-many workflows. The catch is operational: each signing key has a strict signature limit.
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