AdvancedTechnology
Built on NIST-standardized post-quantum algorithms, dedicated hardware security modules, and a zero-knowledge architecture written entirely in memory-safe Rust. Designed to resist both current threats and quantum-era adversaries.
What does post-quantum mean? Quantum computers will eventually break today's encryption. Zbelthas uses next-generation algorithms (ML-DSA, ML-KEM) that remain secure even against quantum attacks — protecting your data for decades to come.
Technical Architecture
Every layer of the stack is designed for verifiable security — from the cryptographic primitives to the network layer. No black boxes, no trust assumptions, no proprietary algorithms.
NIST-Standardized Algorithms
Zbelthas implements next-generation post-quantum algorithms designed to resist attacks from both classical and quantum computers. Our hybrid approach combines multiple cryptographic families — ensuring your data remains secure even if one layer is compromised. Perfect forward secrecy guarantees past sessions stay private even if future keys are exposed.
Secure Key Storage
Zero data on servers
Zero telemetry, zero analytics, zero tracking. The architecture makes data collection structurally impossible — not a policy choice, not a promise, but a mathematical constraint.
- Zero user data on our servers — structurally impossible to collect
- All encryption and decryption on your device — keys never leave hardware
- No metadata collection at any layer: usage patterns, contacts, and behavior stay on-device
Memory Safety at Compile Time
"Zero unsafe blocks."
- No buffer overflows — eliminated at compile time
- No use-after-free vulnerabilities
- No null pointer dereferences
- Thread safety guaranteed by the borrow checker