Naoris has officially launched its mainnet, introducing a layer-1 blockchain built to address the growing threat of quantum computing to existing cryptographic systems. Designed with post-quantum cryptography at its core, the network aims to secure transactions and infrastructure against future attacks that could compromise traditional encryption. The rollout begins with a limited, invite-only phase, allowing early participants to operate validator nodes and process transactions while the ecosystem gradually expands.
The protocol integrates cryptographic standards developed by the National Institute of Standards and Technology (NIST), reflecting a proactive approach to emerging security risks in blockchain technology. As quantum computing capabilities advance, many existing blockchains face the possibility of their encryption being broken over time. By embedding quantum-resistant mechanisms from the outset, Naoris is positioning itself as a forward-looking solution in a rapidly evolving security landscape.
Before its mainnet launch, Naoris demonstrated significant activity on its test network, processing over 100 million transactions and detecting hundreds of millions of potential threats. The network recorded engagement across millions of wallets and nodes, suggesting strong early traction and testing at scale. Its architecture introduces a consensus model known as distributed proof of security (dPoSec), designed to validate transactions across nodes while maintaining network integrity. The NAORIS token will play a central role in supporting operations as the ecosystem develops.
The launch comes at a time when concerns about quantum computing are intensifying. New research indicates that quantum systems may require far fewer resources than previously believed to break current blockchain encryption. Recent findings suggest that less than 500,000 qubits could potentially compromise major networks like Bitcoin and Ethereum, significantly lowering earlier estimates and accelerating the projected timeline for risk.
Further studies from leading research institutions indicate that advances in error correction could reduce the requirement to as few as 10,000 to 20,000 qubits, making practical quantum systems more achievable within this decade. Some experts now estimate a meaningful probability that quantum computers could begin breaking cryptographic keys as early as 2032, highlighting the urgency for blockchain ecosystems to adapt.
In response, the broader industry is beginning to explore quantum-resistant solutions. Developments within ecosystems like Solana and Ethereum signal a shift toward post-quantum readiness, though such transitions are expected to take years due to their complexity. Against this backdrop, Naoris enters the market with a security-first approach, aiming to address future vulnerabilities before they become critical.
As quantum computing moves closer to practical reality, the launch of Naoris reflects a wider transformation in blockchain design, where resilience against next-generation threats is becoming a defining factor for long-term viability.
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