Every cryptographic operation uses both classical and post-quantum algorithms.  
Both signatures must verify. If post-quantum fails, classical protects. If quantum breaks classical, post-quantum protects.

The Problem

Relying on a single cryptographic algorithm is risky. If that algorithm is broken (especially by quantum computers), the entire security collapses. Post-quantum algorithms are relatively new, while classical ones will eventually fall to quantum attacks.

The Breakthrough

Zbelthas uses a Hybrid Cryptographic Approach.  
Every operation (signatures, key exchange, encryption) combines both classical and post-quantum algorithms simultaneously.

•  Both signatures must verify  
•  Both encryption layers must be broken to compromise the data

If the post-quantum layer fails, the classical one still protects you.  
If quantum computers break the classical layer, the post-quantum layer keeps everything secure.

The Impact

For Beta and final release users, this means maximum cryptographic resilience.  
Your security doesn’t depend on any single algorithm.

You get the proven strength of classical cryptography plus future-proof post-quantum protection at the same time.

This hybrid model is considered one of the safest approaches during the transition to the quantum era.

The best of both worlds — today and tomorrow.

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