As Google accelerates its post-quantum timeline to 2029, Naoris Protocol ($NAORIS) is enabling the first Layer 1 blockchain built from the ground up to withstand quantum computers. The mainnet is now operational.
In Brief
- Naoris Protocol has launched the first post-quantum-native Layer 1 blockchain, designed to resist quantum attacks from inception.
- Google has accelerated its post-quantum migration timeline to 2029, signaling that the quantum threat is closer than expected.
- Current blockchains using classical cryptography face long-term risks, driving demand for quantum-resistant infrastructure.
On April 2, 2026, Naoris Protocol has officially activated its mainnet. The network is positioned as the first natively post-quantum Layer 1 blockchain, designed from its genesis to resist attacks from quantum computers capable of breaking classical cryptography. Access is currently limited to an invitation-only group of validators and strategic partners, with gradual expansion planned in the coming weeks.
This launch comes in a context of sudden acceleration of the quantum timeline. At the end of March 2026, Google announced that it was bringing forward the deadline for migrating its post-quantum cryptography to 2029, well ahead of the US federal targets set for 2035. The reason: Google researchers have revised downwards by a factor of 20 the quantum resources needed to break 2048-bit RSA encryption. “Q Day”, the moment when a quantum computer will be able to break current standards, is no longer a distant scenario.
Why the quantum threat impacts all crypto
This goes well beyond academic theory. Almost all existing blockchains rely on the ECDSA signature algorithm, which is vulnerable to quantum attacks. Each classically signed transaction recorded on an immutable ledger becomes a permanent potential vulnerability.
So-called “harvest now, decrypt later” (HNDL) attacks are already documented: malicious actors collect encrypted data today, waiting to decrypt it when quantum capabilities have matured. In March 2026, Google Research explicitly warned against this strategy applied to cryptocurrencies, noting that the migration window is dangerously narrowing.
On a regulatory level, change is well underway. NIST published its first three post-quantum cryptography standards in August 2024 (FIPS 203, 204, and 205), based on the ML-KEM, ML-DSA, and SLH-DSA algorithms. The European Union has mandated the migration of critical infrastructure by 2030. NIST plans to deprecate classic RSA algorithms by 2030 and ban them completely by 2035.
What Naoris Protocol actually delivers
Naoris Protocol is not a security layer added to an existing blockchain. The network is defined as a “Sub-Zero Layer”, an infrastructure operating under layers L0 to L3 to secure the entire decentralized stack.
Native post-quantum architecture
All transactions are signed using CRYSTALS-Dilithium (ML-DSA-87, FIPS 204) at security level 5, the highest level according to NIST standards. Smart contracts are EVM compatible, allowing developers to use their usual tools (Solidity, Hardhat) while benefiting from quantum security by default, with no additional configuration required.
dPoSec Consensus (Decentralized Proof of Security)
The consensus mechanism rewards anomaly detection and real-time validation of device integrity. Each validator node itself uses ML-DSA-87 post-quantum signatures, securing the consensus process, not just the application layer built on top.
Inter-ecosystem compatibility
The protocol aims to secure L1/L2 blockchains, centralized exchanges, DeFi protocols, custody systems, tokenized real-world assets (RWA), CBDCs, cross-chain bridges, and individual wallets. The ambition is broad, and the deployment roadmap remains to be verified in each of these segments.
A massive Testnet as a foundation
Prior to the mainnet, Naoris conducted a testnet phase that ended in November 2025. The numbers reported by the project are significant: over 106 million post-quantum transactions processed, 603 million threats detected and mitigated, 3.35 million wallets created, and over a million security nodes activated globally.
These results were obtained under open network conditions with hundreds of thousands of participants. It's encouraging : the testnet demonstrated the network's ability to operate under load. The challenge now is to confirm these results in a mainnet environment with real economic issues.
Institutional recognition and positioning
In October 2025, Naoris Protocol was cited in a 63-page independent research report submitted to the United States Securities and Exchange Commission as part of the Post-Quantum Financial Infrastructure Framework (PQFIF). The report, addressed to the Crypto Assets Task Force, names Naoris as a reference model for the financial sector's transition to quantum-resistant infrastructure.
The project is backed by notable investors such as Tim Draper through Draper Associates. Its advisory board includes former Norwegian cyber defense officials and national security experts. In January 2026, Mova Chain made a strategic investment to integrate Naoris' security layer into the card payment infrastructure. The protocol also won the “Best DePIN Project” award at the Crypto Impact Awards 2025.
What this means for users
For the average crypto holder, the quantum threat still seems remote in practice. But for governments, institutions, custodians and DeFi protocols handling large volumes, post-quantum security is becoming an infrastructure requirement. The gradual deployment of Naoris' developer SDKs, enterprise tools, cross-chain integrations, will determine whether the protocol can transform its technological thesis into real adoption.
The mainnet is online. The promise is made. The market will judge on execution.
Naoris Protocol is a post-quantum Layer 1 blockchain that uses NIST-approved cryptographic algorithms (CRYSTALS-Dilithium / ML-DSA) to secure transactions, smart contracts and validators against future attacks from quantum computers.
Google estimates that the migration should be completed by 2029. “Harvest now, decrypt later” attacks already collect encrypted data today for future decryption. NIST plans to deprecate classical algorithms by 2030.
Not yet. The network is currently accessible by invitation only for validators and strategic partners. Developer and public access will follow with the release of SDKs and documentation.
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