Military-grade cryptography meets cutting-edge hardware security. Built for the quantum era.
Future-proof security designed to withstand emerging threats
Zbelthas implements next-generation cryptographic algorithms designed to resist attacks from quantum computers. Our hybrid approach combines multiple cryptographic families to ensure your data remains secure even if one layer is compromised.
Our key agreement protocols ensure that your communications remain private. Perfect forward secrecy guarantees that past sessions remain secure even if future keys are compromised, providing long-term protection for your sensitive data.
All security-critical operations are designed to resist sophisticated attacks including timing analysis and power monitoring. Memory-safe implementation eliminates entire classes of vulnerabilities that plague traditional software.
Your keys are protected by dedicated hardware security modules
Desktop and laptop systems leverage dedicated hardware modules to protect your cryptographic keys from software-based attacks
Smartphones use isolated secure processors for cryptographic operations, ensuring your keys never exist in accessible memory
Hardware security modules provide physical protection against tampering and unauthorized access attempts
Hardware-bound key derivation ensures keys never exist in software-accessible memory
Cryptographic proof that operations execute within genuine hardware security modules
Hardware-level detection of physical and logical tampering attempts with automatic key erasure
Your data stays on your device. True privacy by design.
Zero telemetry, zero analytics, zero tracking. Your usage patterns, contacts, and behavior never leave your device. We don't collect what we don't need, and we don't need anything.
No central servers, no single point of failure. Peer-to-peer communication with anonymous routing ensures network-level privacy. Even we can't correlate your activities.
All encryption and decryption happens on your device. Keys never leave your hardware security module. Zero-knowledge proofs enable verification without revealing sensitive data.
Self-contained implementation with no external analytics, CDNs, or tracking services. Every line of code is auditable and under our control.
Modern architecture eliminates entire classes of vulnerabilities
Modern programming language guarantees eliminate memory corruption vulnerabilities at compile time
Advanced memory management prevents buffer overflows, use-after-free, and double-free vulnerabilities
Compile-time verification of thread safety eliminates data races and concurrency bugs
High-level security guarantees with zero runtime overhead
Strong static typing catches logic errors at compile time before they become vulnerabilities
Critical components undergo formal verification for mathematical proof of correctness
Defense-in-depth networking with anonymous routing and traffic analysis resistance
Multi-hop encrypted routing prevents network-level surveillance. Layered routing architecture ensures no single point can correlate source and destination. Resistant to traffic analysis and timing attacks.
Messages encrypted on sender's device, decrypted only on recipient's device. Network infrastructure sees only encrypted data. Perfect forward secrecy ensures past messages remain secure.
Decentralized identity and key distribution via blockchain. No central authority, no single point of failure. Censorship-resistant and globally accessible.
Constant-rate traffic padding prevents size-based correlation attacks. Timing obfuscation resists statistical analysis. Indistinguishable from random noise to network observers.
Enterprise-grade security that's ready for tomorrow's threats, today.