With the recent selection of HQC as the fifth official post-quantum cryptography standard, Naoris Protocol emerges as a key player in securing digital safety for states.
The Urgency of Post-Quantum Security
Nations can no longer ignore the threat posed by quantum computers, which could undermine the foundations of existing cryptography. According to NIST's recent announcement, algorithms resistant to quantum attacks become mandatory for protecting critical information, stressing the issue of digital sovereignty and the protection of government infrastructures.
Innovative Technologies of Naoris Protocol
Naoris Protocol's infrastructure features a 'Sub-Zero' layer that ensures integration with existing systems without service interruptions. The dPoSec (Decentralized Proof-of-Security) consensus transforms each government device into a security node, enhancing protection against cyber attacks. The use of distributed AI SWARM enables real-time coordination of defensive actions.
Practical Applications in the Public Sector
Naoris Protocol is being applied across various domains, including securing diplomatic communications, health care, and critical energy infrastructure. Data protection in public hospitals and national systems ensures the utmost security of citizens' personal information. Furthermore, Naoris supports the secure operation of smart transport systems in metropolitan areas.
Naoris Protocol not only serves as a technological solution but also as an instrument for ensuring digital sovereignty for states. In light of the growing threat from quantum technologies, its adoption is vital for protecting critical infrastructure.
