The cryptographic algorithms protecting the modern internet — RSA, ECDSA, Diffie-Hellman — will collapse the moment a cryptographically-relevant quantum computer arrives. Adversaries are already storing intercepted traffic, waiting. We migrate organizations to post-quantum cryptography before the clock runs out.
Factors 2048-bit RSA in hours on a sufficiently large quantum computer. Elliptic curves fall just as easily. Every TLS handshake, VPN tunnel, and signed certificate in existence is retroactively vulnerable.
Nation-state actors are recording encrypted traffic at backbone level today — banking, medical, diplomatic, intellectual property — storing it for the day quantum decryption becomes viable. Anything with >10 year sensitivity is already compromised.
Expert surveys place cryptographically-relevant quantum computers between 2030 and 2040. Migration to post-quantum standards takes 5–10 years for most enterprises. The math is already unforgiving.
Cryptographic bill-of-materials. Find every RSA key, every TLS endpoint, every embedded certificate across your stack.
Classify by sensitivity lifetime. Data that must stay secret for 10+ years gets migrated first — it's already being harvested.
Deploy classical + post-quantum combined schemes. Belt-and-braces security while the ecosystem matures.
Swap legacy primitives for ML-KEM and ML-DSA across TLS, code-signing, PKI, VPN, and firmware update channels.
Crypto-agility as a permanent practice. Monitoring, rotation, and readiness for the next standard shift.
Book a 45-minute assessment with our cryptography team. We'll map your exposure, estimate migration cost, and build a concrete roadmap — at no charge.
Book assessment → Replay demo