POST-QUANTUM / CRYPTO AGILITY
Protect Data That Will Outlive Today's Cryptography
Adversaries are harvesting encrypted data now to decrypt once quantum computers mature. If your data stays sensitive for years, classical encryption is already a liability. Lattix wraps it in NIST-standardized post-quantum cryptography.
The "harvest now, decrypt later" threat is not hypothetical. Nation-state and well-resourced adversaries are already capturing encrypted traffic and exfiltrated data, betting they can decrypt it once a cryptographically relevant quantum computer exists. For data that must stay confidential for a decade or more — health records, defense secrets, financial instruments, intellectual property — the clock has effectively already started. Most encryption in production today relies on RSA and elliptic-curve algorithms that quantum computers are expected to break.
- Data encrypted with RSA/ECC today is being harvested for future quantum decryption.
- Long-lived secrets — IP, health, defense, financial — have confidentiality lifetimes that exceed the quantum horizon.
- Ripping and replacing crypto across every system is slow, risky, and rarely crypto-agile.
- Compliance and customer mandates for post-quantum readiness are arriving faster than migration plans.
- There is no clean way to require post-quantum protection per data classification without rewriting applications.
Wrap Data in NIST Post-Quantum Crypto
Lattix PQE supports NIST-standardized post-quantum primitives — ML-KEM (FIPS 203) for key encapsulation and ML-DSA (FIPS 204) for signatures — with hybrid classical/post-quantum operation for transitional deployments. Data is wrapped in Zero Trust Data Format using quantum-safe key encapsulation, so its protection holds against both classical and quantum adversaries.
Enforce Post-Quantum by Classification
Encryption profiles let you require post-quantum wrapping per classification tier — without rewriting existing data or applications. The most sensitive, longest-lived data gets quantum-safe protection first, on a policy you control, rather than an all-or-nothing migration.
Stay Crypto-Agile
Because cryptography is bound to the data object and managed by policy rather than hard-coded into each application, you can rotate algorithms and keys centrally as standards evolve. Crypto-agility becomes a configuration change, not a multi-year re-platforming project.
Defeat Harvest-Now-Decrypt-Later
Quantum-safe wrapping means captured data stays protected even against a future quantum adversary.
Protect Long-Lived Secrets
Match the confidentiality lifetime of IP, health, defense, and financial data with crypto that lasts.
Migrate Without Rewrites
Apply post-quantum protection per classification tier without rebuilding applications or re-encrypting everything at once.
Hybrid Operation
Run hybrid classical/post-quantum modes for a safe, standards-aligned transition.
Centralized Crypto-Agility
Rotate algorithms and keys by policy as NIST guidance evolves — no code changes per system.
Demonstrate Readiness
Show customers and regulators verifiable progress against post-quantum mandates.
Helps You Align With
Lattix provides the technical controls and audit capabilities to help your organization meet the requirements of these frameworks.
Explore Further
What is the harvest-now-decrypt-later threat?
Adversaries capture encrypted data today and store it, anticipating that a future quantum computer will break the classical encryption (RSA, ECC) protecting it. Any data that must stay confidential beyond the quantum horizon is already at risk, which is why long-lived secrets need post-quantum protection now.
Which post-quantum algorithms does Lattix support?
Lattix PQE supports NIST-standardized primitives including ML-KEM (FIPS 203) for key encapsulation and ML-DSA (FIPS 204) for digital signatures, with hybrid classical/post-quantum operation for transitional deployments.
Do we have to re-encrypt all our data to adopt post-quantum protection?
No. Encryption profiles let you require post-quantum wrapping per classification tier, so you can protect the most sensitive, longest-lived data first without rewriting applications or re-encrypting everything at once.
How does Lattix keep us crypto-agile?
Cryptography is bound to the data object and governed by policy rather than hard-coded into each application, so you can rotate algorithms and keys centrally as standards evolve — making crypto-agility a configuration change instead of a re-platforming effort.
Get Quantum-Safe at the Data Layer
Tell us about your long-lived sensitive data, and our team will show you how Lattix applies NIST post-quantum cryptography without an all-or-nothing migration.
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