Naoris Protocol is a Post-Quantum powered, self-validating cybersecurity enforcement protocol that restores cyber-trust across digital systems. By delivering verified cyber-status beyond traditional perimeters, it enables enterprise & governments to shift from a siloed & centralized cybersecurity model to a decentralized community compute model.
Naoris Protocol’s mission is to restore cyber-trust in digital systems and data quality, while delivering verified cyber-status beyond enterprise borders, through continuous immutable verification, enhancing the integrity and reliability of global digital infrastructures
By integrating Post-Quantum cryptography, custom-built dPoSec consensus and Decentralized SWARM AI, cyber risks are reduced by an order of magnitude while real time proof of compliance can be shared between partners, ecosystems & regulators
Operating under a community computing model, devices are rewarded for actively contributing security validations and compute to the mesh, as part of a 'proof of trust' device-to-device economy, fostering a global network of secure validator nodes
Digital Trust and Security leveraging Decentralized Proof of Security (dPoSec) and post-quantum cryptographic mesh architecture, transforming every device into an army of security nodes ensuring continuous cyber-resilience
Devices are incentivized and rewarded for contributing to a secure and decentralized mesh. Unlike centralized networks that grow weaker when more devices join, Naoris Protocol’s cyber-mesh grows stronger as more devices join.
Enterprises can be assured that the data they rely on comes from continuously validated sources - all device operations, API connections, applications and processes are verifiably measured under post-quantum backed consensus.
By transforming untrusted centralized networks into Decentralized Trust Mesh, Web2 enterprises can participate in a shared trust revolution between multi-parties, ecosystems and regulators, where cyber threats are reduced by an order of magnitude and data quality is significantly enhanced.
Any blockchain can integrate, with transactions and nodes validated for trust and quantum-secure assurance in real-time. Blockchain protocols are liberated to operate within consensus validated decentralized infrastructures. All deployed smart contracts are continuously scanned for vulnerabilities across code and live environments.
Quantum computing threatens traditional encryption, with Shor’s and Grover’s algorithms endangering RSA, ECC, and transaction integrity. Naoris Protocol’s Post-Quantum, SubZero Blockchain offers a decentralized post-quantum infrastructure that secures Web2 and Web3 systems by design. Built on NIST, NATO, and ETSI-aligned cryptographic standards like Dilithium-5, it ensures quantum resilience without disrupting existing operations. Positioned below Layer 0, SubZero fortifies all blockchain layers—L0, L1, L2—and validates data integrity in real time, delivering next-gen post-quantum cybersecurity for today’s most critical digital ecosystems.
Naoris Protocol's quantum-resistant algorithms offer a robust defense mechanism against quantum threats, safeguarding digital assets and data against future technological advancements.
By providing a secure and immutable ledger resistant to quantum decryption, Naoris Protocol boosts trust between users, enterprises, and regulatory bodies, fostering zero-trust ecosystems
Incorporating quantum resistance from the ground up, Naoris Protocol sets a new standard for Web2 & Web3 ensuring that assets, data, and transactions secured today remain protected tomorrow
High-Speed, Quantum-Safe operations, designed for efficiency, Naoris Protocol achieves high transaction throughput while maintaining quantum resistance ready for future advancements
The Decentralized Proof of Security (dPoSec) consensus mechanism is a pioneering solution, custom-built by Naoris Protocol that revolutionizes the future of cybersecurity. By leveraging the collective power of network participants, it ensures continuous verification and validation of devices and networks, establishing a self-validating trust enforcement protocol. Built on zero-trust principles, dPoSec empowers devices to autonomously maintain and enhance network security, turning traditional cybersecurity models on their head.
dPoSec dramatically amplifies network security through its innovative decentralized approach. By incentivizing devices to act as secure validator nodes, it disperses the responsibility of security across the entire network, thereby eliminating single points of failure typical in centralized systems. This decentralized mesh of validator nodes continuously monitors and validates network operations, ensuring real-time cyber assurance and significantly reducing the attack surface.
A key benefit is scalability and flexibility. Unlike centralized cybersecurity solutions that become more cumbersome and less effective as networks grow, dPoSec's decentralized nature allows the security mesh to become stronger with each additional node. This scalability ensures that the protocol can adapt to the ever-evolving landscape of cyber threats, providing a robust foundation for securing digital systems against both current and future vulnerabilities.
Decentralized Secure Web Autonomous Resilience Mesh AI (SWARM AI) revolutionizes cybersecurity by leveraging the collective intelligence of distributed AI agents. This decentralized network of AI nodes collaborates to detect, analyze, and counter cyber threats in real-time. By uniting diverse threat insights and capabilities, Decentralized SWARM AI creates a dynamic, adaptive defense system that outperforms centralized AI, ensuring robust security through collective intelligence and continuous evolution against emerging cyber risks.
Combines insights from various AI agents monitoring the ecosystem, allowing real-time detection and response to threats for instant updates, protecting system integrity and reducing damage.
Distributing security tasks across every node increases resilience. SWARM AI ensures the network stays robust against threats, as its collective intelligence adapts to new challenges.
As it encounters new threats the SWARM AI network collaboratively updates its knowledge base and strategies. This ongoing evolution ensures the mesh stays up to date & effective over time
