Classical Systems

Classical cryptography relies on mathematical problems that are hard to solve with traditional computers. These include factoring large numbers and solving discrete logarithms. These problems form the foundation of digital security today. They are effective but not future-proof.

Quantum Capabilities

Quantum computers can process multiple calculations at once using superposition. This allows them to solve complex problems much faster. As a result, they can break classical cryptographic systems. This creates a major technological shift.

Security Gap

The difference between classical and quantum capabilities creates a serious vulnerability. Systems designed for classical security may fail under quantum attacks. This gap needs to be addressed urgently. Otherwise, critical systems could be compromised.

Ozone Chain Innovation

Ozone Chain bridges this gap by implementing quantum-resistant cryptography. It focuses on securing systems against both current and future threats. This ensures long-term reliability. It represents the next evolution of blockchain security.