Naoris Protocol Token ($NAORIS): A Comprehensive Overview Introduction As cyber threats continue to evolve in both Web2 and Web3 environments, the need for advanced, decentralized security infrastructure has become increasingly critical. Naoris Protocol addresses this challenge by introducing a next-generation cybersecurity framework powered by blockchain technology. At the core of this ecosystem lies its native token, $NAORIS. What is Naoris Protocol? Naoris Protocol is a post-quantum, decentralized cybersecurity Layer-1 blockchain designed to secure digital infrastructure at scale. Unlike traditional blockchains that primarily focus on financial transactions, Naoris aims to protect networks, devices, and systems from cyber threats in real time. It introduces a unique concept known as the “Sub-Zero Layer”, which operates beneath existing blockchain layers to provide foundational security across both Web2 and Web3 ecosystems. What is $NAORIS Token? The $NAORIS token is the native utility token of the Naoris Protocol ecosystem. It plays a central role in maintaining network integrity, incentivizing participation, and enabling decentralized governance. Often described as a “Proof of Trust” token, $NAORIS is integral to validating secure behavior across the network. Key Use Cases of $NAORIS Token 1. Network Security and Validation Participants in the network act as validators, continuously verifying the integrity and security of connected devices and systems. $NAORIS tokens are used to facilitate and reward this validation process. 2. Incentive Mechanism Users who contribute to network security—such as running validator nodes or maintaining trusted devices—are rewarded with $NAORIS tokens. 3. Governance Token holders can participate in decentralized governance by voting on protocol upgrades, policy changes, and ecosystem developments. 4. Staking $NAORIS tokens can be staked to support network operations, offering participants opportunities for passive income while strengthening overall security. How It Works Naoris Protocol utilizes a proprietary consensus mechanism known as dPoSec (Decentralized Proof of Security). Every connected device can function as a validator Devices continuously monitor and verify each other Security data is recorded on-chain in real time This creates a self-healing and self-protecting network, significantly reducing vulnerabilities and attack surfaces. Core Features