The Sub-Zero Revolution: How Naoris Protects Below Layer Zero

Naoris Protocol does not offer a mere overlay like a traditional L2 solution or a secure bridge. It redefines the foundation itself: its Sub-Zero Layer operates beneath the usual blockchain layers (L0 to L3), acting as an invisible yet essential base.

When quantum computers succeed in breaking the encryption algorithms that protect our blockchains, it won’t come as a surprise to everyone. For years, researchers and experts have been warning us: this revolution will be swift. And Web3—meant to ensure trust and security—may suddenly become vulnerable. The infrastructure behind many current chains is not ready. Complex updates, costly migrations, risky forks.

That’s where Naoris Protocol comes in, a pioneer of a new paradigm: the Decentralized Post-Quantum Infrastructure, operating deep below all traditional blockchain layers.

“Q-Day is closer than you think: here’s how Naoris is preparing your blockchain for the future, with no need for a fork.”

The Sub-Zero Revolution: How Naoris Protects Below Layer Zero

Unlike L2 solutions that offer an overlay or secure bridges, Naoris does not offer a mere addition to existing layers. It fundamentally redefines the foundation itself: its Sub-Zero Layer operates beneath the usual blockchain layers (L0 to L3), acting as an invisible yet essential base.

This approach flushes out and reinforces the most vulnerable components: transactions, nodes, validators, and gateways. Its architecture rests on three pillars:

* Swarm AI: Continuously monitors the network for anomalies, malicious activity, and anomalies. It leverages advanced AI algorithms to detect and neutralize threats in real time.

* Trust Mesh: Extends the network to include non-blockchain devices and protocols, such as cloud servers, IoT devices, and industrial control systems. This creates a more comprehensive and resilient ecosystem.

* PQST: Enables post-quantum transactions on EVM blockchains without affecting the user experience. Users can sign operations using quantum-resistant cryptographic keys, while keeping their preferred crypto wallets and usual flows.

PQST on EVM: Post-Quantum Signatures Without Breaking UX

One of Naoris’ key breakthroughs is enabling post-quantum transactions on EVM blockchains—seamlessly. Thanks to PQST (Post-Quantum Signed Transactions), users can sign operations using quantum-resistant cryptographic keys… without changing their crypto wallets or user flow.

To counter this scenario, Naoris offers a robust defense, available today.

Securing Beyond the Blockchain: Cloud, IoT, Web2 Included

Web3 doesn’t exist in a vacuum. Behind even the most advanced decentralized protocols hides an inherited Web2 infrastructure: cloud servers, centralized platforms, connected objects, industrial control systems. These all share a fatal flaw: reliance on centralized security models, and therefore, vulnerability.

Naoris doesn’t ignore this—it integrates it. Through its Trust Mesh logic, every device, no matter how traditional, becomes a full-fledged actor in the network.

Every IoT node, server, or cloud instance becomes a validator. Their operational integrity is continuously verified. The intelligent, self-learning Swarm AI layer detects anomalies and neutralizes them instantly. Centralized weakness is eliminated, and critical systems can be secured rapidly and frictionlessly.

This approach meets the most stringent cybersecurity standards—military, industrial, and regulatory. What’s more impressive: it works. 335 million threats have already been neutralized on the testnet. This isn’t a promise. It’s already running.

This approach flushes out and reinforces the most vulnerable components: transactions, nodes, validators, and gateways. Its architecture rests on three pillars:

* Swarm AI: Continuously monitors the network for anomalies, malicious activity, and anomalies. It leverages advanced AI algorithms to detect and neutralize threats in real time.

* Trust Mesh: Extends the network to include non-blockchain devices and protocols, such as cloud servers, IoT devices, and industrial control systems. This creates a more comprehensive and resilient ecosystem.

* PQST: Enables post-quantum transactions on EVM blockchains without affecting the user experience. Users can sign operations using quantum-resistant cryptographic keys, segnals Non-compliant financial platforms may face serious legal consequences. Digital identities based on outdated encryption could be invalidated. Historical transactions may be reverse-exploited, exposing data and funds. Sanctions may hit both public and private systems, especially in critical sectors. Blockchains that aren’t ready will be excluded from the regulated ecosystem.

As a recent expert stated in The Quantum Insider, “the collision is inevitable.” The only real variable is timing. The crypto ecosystem, still vastly underprepared, must choose: wait… or act. Naoris has already made its move.

Token & Timeline: All Eyes on May 20th

While others are still publishing white papers, Naoris launched its testnet in late January 2025. Within just weeks:

The $NAORIS Token powers this entire ecosystem: proof of security, rewards, governance, and service access. It also validates activity, reports anomalies, and provides security-as-a-service. It’s the fuel of a trust-based web, built to survive the post-quantum storm.

Join the Public Sale