Overall Architecture
Naoris Protocol: The Post-Quantum, Sub-Zero Blockchain Layer for CyberSecurity & Digital Trust in Web2 and Web3
Naoris Protocol's Post-Quantum Sub-Zero Blockchain Layer enhances the infrastructure across all blockchain layers, including L0, L1, L2, as well as DEXes, bridges, and validators in a positive-sum, non-competitive way in Web2 and Web3. The DePIN (Decentralized Physical Infrastructure) infrastructure is fortified with post-quantum security, ensuring cyber-resilience and network health across both Web2 and Web3 ecosystems. Naoris introduces a new standard in transparency, trust, and security, preparing the entire blockchain stack for a post-quantum future.
Decentralized CyberSecurity Mesh Architecture (dCSMA)
Naoris Protocol is a self-validating secure network leveraging Blockchain and Swarm AI that harnesses the collective power of participating and incentivised devices, creating a Decentralized CyberSecurity Mesh Architecture (dCSMA). It enables the secure and transparent exchange of high-quality data through advanced cryptography while preserving confidentiality, integrity, and availability under zero-trust principles.
Key Components of the Decentralized Cybersecurity FrameworkPost-Quantum Cryptography - Securing the Future
Naoris Protocol integrates post-quantum cryptographic algorithms, such as Key Encapsulation Mechanism (KEM) and Dilithium signatures
Post-quantum cryptography ensures the security of the decentralized cybersecurity framework against potential quantum computing attacks
By employing quantum-resistant algorithms, Naoris Protocol future-proofs the security of digital assets and sensitive information
The integration of post-quantum cryptography positions Naoris Protocol as a leader in secure, forward-thinking blockchain solutions
Sub-Zero Layer - Enhancing Infrastructure Across All Blockchain Layers
Naoris Protocol's Sub-Zero Layer is a fundamental infrastructure layer that enhances security and performance across all blockchain layers, including L0, L1, L2, DEXes, bridges, and validators
The Sub-Zero Layer operates in a positive-sum, non-competitive manner, providing benefits to the entire blockchain ecosystem
By fortifying the DePIN (Decentralized Physical Infrastructure) with post-quantum security, the Sub-Zero Layer ensures cyber-resilience and network health across both Web2 and Web3 ecosystems
The Sub-Zero Layer introduces a new standard in transparency, trust, and security, preparing the entire blockchain stack for a post-quantum future
Agent - The Power of Continuous Interrogation
A special software "agent" is installed on each device (mobile, PC, server, IoT devices, etc.) across Web2 and Web3 ecosystems
Agents collect real-time operations and security data about each device, enabling continuous monitoring and validation
Dedicated Validator Node Network - The Power of Decentralisation
Information from agents is evaluated by a decentralised network of validators using the dPoSec consensus mechanism
A few validators are randomly selected from a global validator network to perform multi-level integrity checks
Chosen validators evaluate information against known cyber threats using Swarm AI and quantum-resistant cryptography
Validators form consensus on whether the information is good or bad, ensuring the integrity of the blockchain
Evidence is recorded as a permanent, tamper-proof record on the blockchain
The decentralised validator network eliminates the need to trust a single entity, enhancing security and resilience
Every device is a potential validator, making it nearly impossible for hackers to compromise the entire system
Validators are rewarded with $NAORIS tokens for honest evaluations, driving the quality of results and integrity
dPoSec Blockchain - The Power of Proof
Validation results are recorded as immutable events on the Post-Quantum Sub-Zero Blockchain Layer
Permanent, tamper-proof records are shared with all parties as a reference, ensuring transparency and auditability
Records prove that the agent performed its job, verifying device integrity, operations, and its own integrity
By proving that cybersecurity controls were performed, Naoris Protocol reduces customers' risk and liability
Naoris Protocol uses this shared truth to maintain and upgrade security across the entire network, including Web2 and Web3 ecosystems
Swarm AI - The Power of Collective Intelligence
Validators use a shared library of known threats secured on-chain as a common source for all operations
If an event is unknown, Naoris Swarm AI learns and updates the threat library in real-time
Every device has a known state for normal operations; the network learns about changes in every device and validates those changes against known tests
Devices operating outside normal parameters are isolated and repaired using automated response mechanisms
When deemed secure, devices are reintroduced to the network, ensuring continuous security and resilience
Agents act like cryptographic security guards, detecting changes and malicious actions across ALL nodes in real-time, leveraging the power of collective intelligence
Outcomes & Benefits
Real-time secure validation of devices across Web2 and Web3 ecosystems
Decentralised system converts every device from a potential weakness to a strength, enhancing overall security
Threats are detected in milliseconds, reducing cyber threats by an order of magnitude
Enterprises leverage network size to their benefit for security and resilience, benefiting from the collective intelligence of the decentralised system
Evidence proves that cybersecurity controls have been applied, which can be shared with all parties, ensuring transparency and compliance
Compared to a centralised system where one company controls everything, Naoris Protocol produces a shared truth from a decentralised system that is always on and cannot be interrupted, providing unparalleled security and trust.
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