Naoris Protocol Mainnet is live.
A post-quantum Layer 1 blockchain, built for a world where classical cryptography no longer holds.
Access is currently invite-only, with validators and partners actively onboarding to expand the network in phases.
This launch arrives at a moment where the timeline for quantum disruption is no longer speculative. Google has projected a cryptographically relevant quantum computer by 2029. The race has a finish line, and most of the infrastructure securing digital assets today was not designed to reach it.
Harvest now, decrypt later attacks are already underway. Encrypted blockchain data is being collected today with the expectation it will be broken once quantum capabilities mature. Because blockchain is immutable, every classically signed transaction becomes a permanent, retroactive vulnerability.
Governments are already moving. NIST published post-quantum cryptographic standards in 2024. The European Union has mandated migration for critical infrastructure by 2030. In March 2026, the White House’s National Cybersecurity Strategy accelerated the adoption of post-quantum cryptography across federal systems and emerging technologies.
What Naoris Mainnet Means for the Crypto Industry
Naoris Mainnet marks the transition from research and testnet to live infrastructure.
The network is active, with early participation limited to an invite-only group of strategic partners, investors, and validator operators. Access is expanding in structured phases as the ecosystem grows and additional components reach production readiness.
Participants in this phase are able to:
Selected Validators can participate to be dPOSEC finality validator nodes (soon this will be available to all invited members)
Execute post-quantum transactions
Interact directly with the network using the RPC as it establishes its initial trust layer
Developer access and broader participation will follow with the release of SDKs, documentation, and the full product suite.
Most of the crypto industry is not built for what comes next.
Every ECDSA-secured wallet, every classically signed transaction, and every digital asset on a legacy chain is accumulating exposure with each block that passes. The threat is not theoretical, and it is not future-bound. The record is already being built. When quantum capabilities reach maturity, institutional wallets, DeFi protocols, bridges, validators, and digital ownership records will face vulnerabilities that cannot be patched retroactively.
Legacy systems cannot transition to quantum-safe security without structural change.
Naoris Protocol is built for this shift.
A post-quantum Layer 1 blockchain, designed from genesis with NIST-approved cryptography and operating at the Sub-Zero Layer, where trust is continuously verified and enforced through dPoSec.
This applies across:
Blockchains: Layer 1s and Layer 2s
Exchanges and custodians
DeFi protocols
Real World Assets (RWA)
CBDCs
Validators and infrastructure
Cross-chain systems
Individual wallets and digital assets
Naoris introduces a different model. Security as infrastructure.
What Makes Naoris Different From Every Other L1
Most Layer 1 blockchains were designed to optimize for throughput, programmability, or decentralization under classical cryptographic assumptions. Post-quantum security was not part of their architecture. Transitioning those systems requires deep structural changes that risk breaking the very properties they depend on.
Naoris takes a different approach. It is built from inception as a post-quantum system, with security embedded across every layer simultaneously.
Post-quantum transactions ensure that every interaction on the network is signed using
Post-quantum smart contracts are fully EVM-compatible, allowing developers to use existing tools while ensuring that every deployed contract is quantum-secure by default. There is no migration path required and no additional configuration layer.
Post-quantum NFTs extend this security model to digital ownership, ensuring that assets retain integrity across both classical and quantum threat environments.
At the consensus layer, dPoSec validator nodes operate using post-quantum signatures, ensuring that the validation and agreement mechanisms themselves are secured, not just the application layer built on top.
The validator network is currently in private access, with an invite-only group of strategic partners onboarding as the first operators of the network. These participants form the initial trust layer of the system, with permanent on-chain recognition as genesis validators.
Built on Years of Research. Proven at Scale.
Naoris Protocol is backed by years of peer-reviewed research and published whitepapers across post-quantum cryptography, blockchain security, decentralized AI, DePIN, and secure communication systems.
This work has been recognized through leading global technology incubators across banking, telecommunications, cloud, and industrial innovation, demonstrating real-world deployment potential beyond theory.
Naoris has also been cited in a 63-page report submitted to the U.S. Securities and Exchange Commission as a reference model for quantum-resilient blockchain infrastructure within the emerging Post-Quantum Financial Infrastructure Framework.
Its development has been guided by experts across national cybersecurity, defense, critical infrastructure, academia, and Web3.
To everyone who guided, supported, and contributed to this journey, this milestone is shared.
Testnet Validation and Network Scale
Before Mainnet, the system was tested at scale.
Hundreds of thousands of participants, including node operators, testers, and early contributors, validated that decentralized post-quantum security could operate in real-world conditions.
Testnet results:
603,040,584 threats detected and mitigated
106,178,587 post-quantum transactions processed
3,353,759 wallets created
1,065,218 security nodes activated globally
These are not simulated conditions. They represent live network activity under adversarial environments.
The transition from testnet to mainnet is built on this foundation.
To everyone who ran a node, tested the network, and contributed to this phase, thank you.
This network was validated in the open, by a global community that proved decentralized post-quantum security can operate at scale. As the ecosystem expands and products roll out, exclusive rewards and benefits will follow for early participants who helped make this possible.
What Comes Next: Product and Ecosystem Expansion
Mainnet establishes the foundation. Execution begins now.
The network is currently in private access, with invite-only validators and strategic partners participating in the early stages of deployment. Access will expand in phases to the Naoris community, followed by developers as SDKs and documentation are released, and ultimately to broader public participation.
With mainnet live, a full product suite is nearing completion, with phased rollout beginning as each component reaches production readiness. Designed for individuals, developers, and enterprises, these products bring post-quantum security into real-world use across devices, applications, and infrastructure.
Developer access will follow with the release of SDKs and documentation, enabling applications to be built natively on a quantum-secure foundation.
This is the rollout of a full-stack post-quantum security ecosystem.
This Is What We Were Built For
The transition to post-quantum security is not optional. It is already underway.
What was previously discussed as a long-term risk is now reflected in regulatory mandates, institutional timelines, and active migration efforts across the internet.
Naoris Mainnet exists because infrastructure must be in place before the transition accelerates. Systems that wait will be forced to react under pressure. Systems built for this environment will define the next phase of digital infrastructure.
At the core of this system, the $NAORIS token will power validation, enforcement, and trust across the network, forming the economic layer of post-quantum infrastructure.
The quantum threat is no longer science fiction. The infrastructure to secure what comes next is now in place.
About Naoris Protocol
Naoris Protocol is the first Sub-Zero Layer 1 blockchain and decentralized post-quantum infrastructure, designed to secure digital assets, applications, and systems across the entire decentralized stack. Operating at the Sub-Zero Layer, below layers L0 to L3 it secures blockchain transactions and Web3 & Web2 infrastructure, including DEXes, bridges, and validators, enterprise cloud and IoT networks. By transforming every device into a trusted validator node, our Post-Quantum infrastructure leverages the cutting-edge dPoSec consensus and Decentralized Swarm AI, to set a new standard in transparency, trust, and security, preparing Web3 and Web2 for a Post-Quantum future.
Want to learn more?
Visit our Website or check out our White Papers