As quantum computing advances, the threat to traditional cryptosystems grows more real. Naoris Protocol offers solutions for securing blockchain and Web3 technologies in a post-quantum future.
What Does Post-Quantum Security Mean And Why Is It Important
Quantum computers have the potential to breach widely used cryptographic protocols such as RSA and ECC. Once quantum computers achieve sufficient computational power, sensitive data could be compromised, leading to loss of trust in validation systems.
The Naoris Protocol Solution: A Decentralized Post-Quantum Infrastructure
Naoris Protocol proposes a decentralized post-quantum infrastructure that protects blockchain transactions and Web3/Web2 physical infrastructures from quantum computer attacks. Positioned beneath the L0 to L3 blockchain layers, it ensures security without requiring substantial modifications to existing networks.
Core Areas of Post-Quantum Protection
Naoris Protocol addresses three core areas of protection:
1. Securing blockchain transactions against quantum threats through the integration of the Dilithium-5 algorithm.
2. Protecting Web3 physical infrastructure by decentralizing trust in Web2 components.
3. Securing traditional Web2 infrastructures using dPoSec consensus and Swarm AI technologies.
Naoris Protocol provides a ready-to-deploy solution for post-quantum security, which is increasingly vital in the face of mounting threats from quantum technologies.
