Naoris Protocol has launched a post-quantum blockchain mainnet. It’s designed to withstand future attacks from quantum computers. The layer-1 network is live now, according to announcement shared with Cointelegraph. Invite-only phase. It uses a distributed proof of security consensus model. One of the first operational blockchains built specifically to resist quantum threats. Researchers warn those threats could materialize within the decade.
The timing reflects mounting urgency in crypto. New Google research suggests fewer than 500,000 physical qubits could crack Bitcoin and Ethereum’s encryption. That’s roughly 20 times fewer resources than previous estimates. Caltech researchers argue advances in quantum error correction could reduce practical requirements to 10,000–20,000 qubits. Viable quantum computers could emerge around 2030.
Ethereum Foundation researcher Justin Drake now sees at least a 10% chance of private-key recovery by 2032. Perceived timelines have compressed. Fast. Those projections have prompted major blockchain projects to accelerate their quantum defense strategies.
Naoris’ mainnet integrates cryptographic standards finalized by the U.S. National Institute of Standards and Technology. NIST announced its first four quantum-resistant algorithms in 2022. The network features a native NAORIS token to support its economic model. It uses the dPoSec consensus mechanism. Before going live, the testnet processed over 100 million transactions. It flagged hundreds of millions of potential security events, according to Naoris Protocol.
The project is backed by investors including Draper Associates. It’s advised by experts in cybersecurity, government, and enterprise technology. Selected participants can now run validator nodes during the invite-only phase. The company hasn’t disclosed specific expansion timelines.
Other blockchain networks are moving to address quantum vulnerabilities. Different approaches. Solana developers recently introduced a quantum-resistant vault using hash-based signatures and rotating keys. Ethereum’s core team launched a “Post-Quantum Ethereum” hub targeting protocol-level cryptographic upgrades by 2029. They’re acknowledging the complexity of retrofitting quantum resistance into an established network.
Naoris’ approach builds quantum resistance from the ground up. That contrasts with the challenge facing older blockchains. They must balance security upgrades against maintaining compatibility with existing infrastructure and user assets. Quantum computing capabilities are advancing. The race between cryptographic defense and quantum attack potential is becoming a central concern. Blockchain security roadmaps across the industry are shifting.
