The Threat
Harvest Now, Decrypt Later
Malicious actors are already stealing encrypted data. They can't read it today, but they're stockpiling it for the day a quantum computer can crack it.
If your data isn't post-quantum secure right now, it's already potentially vulnerable.
Within the next decade, quantum computers are projected to be powerful enough to break the encryption that protects virtually everything (anything that uses asymmetric cryptography like RSA).
The Deadline
The Clock is Ticking: 2030
NIST Standardized
NIST has finalized new quantum-resistant algorithms. CRYSTALS-Kyber is the future standard for public-key encryption.
Government Mandate
NSM-10 requires federal agencies and critical infrastructure to migrate to post-quantum security by 2030.
Enterprise Pressure
Major enterprises and government contractors will require quantum-safe vendors. Get ahead of the curve.
Technical Details
How We Protect Your Data
Data at Rest
Quantum-Safe
Symmetric encryption is inherently resistant to quantum attacks. We use superior algorithms:
Data in Transit
Hybrid Post-Quantum
For sharing passwords, we use a hybrid approach combining proven and future-proof algorithms:
Why Hybrid?
Kyber was standardized in 2024. By combining it with proven X25519, we get defense in depth: if either algorithm is ever compromised, the other still protects your data.
How We Compare
| Feature | Other Managers | Locke |
|---|---|---|
| Symmetric encryption | AES-256 | XChaCha20 |
| Key derivation | PBKDF2 / bcrypt | Argon2id |
| Asymmetric encryption | RSA / ECDSA | X25519Kyber768 |
| Quantum-resistant key exchange | ||
| 2030 mandate ready | ||
| Protected from "harvest now" |