Naoris Protocol has officially launched its mainnet, introducing a cutting-edge layer-1 blockchain that leverages post-quantum cryptography for transaction validation and network security. This initiative is particularly timely as the potential risks associated with quantum computing are gaining increasing attention in the tech community.
The network is currently live but operates under limited, invite-only participation, allowing select early users to run validator nodes and handle transactions. This controlled rollout is a strategic move to ensure stability and security as the platform matures.
According to a recent announcement, Naoris integrates cryptographic standards that have been finalized by the National Institute of Standards and Technology (NIST). This integration is designed to mitigate risks posed by existing blockchain encryption methods that may become vulnerable over time. Prior to the mainnet launch, the protocol's test network successfully processed over 100 million transactions, identifying what it described as hundreds of millions of potential security events.
The blockchain utilizes a consensus model known as distributed proof of security (dPoSec) to verify transactions across its network of nodes. Furthermore, the NAORIS token has been introduced to support network operations as the economic model evolves and matures.
The initial deployment will involve a restricted group of validators and partners, with plans to gradually widen access to the platform in subsequent phases. The project boasts a team of advisers with extensive backgrounds in cybersecurity, government, and enterprise technology, and it is supported by investors including Draper Associates.
Quantum Computing: An Imminent Threat
The launch of Naoris comes at a critical juncture, as new research indicates that quantum computing may arrive sooner than previously anticipated. A recent study from Google has suggested that quantum computers could potentially require far fewer resources than expected to breach blockchain encryption. Specifically, the research found that fewer than 500,000 physical qubits might be sufficient to compromise systems securing Bitcoin (BTC) and Ether (ETH), representing a dramatic 20-fold decrease from earlier estimates.
These findings suggest a shorter timeline for quantum risk, with Justin Drake, a researcher at the Ethereum Foundation, estimating at least a 10% likelihood that a quantum computer could recover a private key by the year 2032. This stark prediction underscores the urgency for blockchain developers to adapt their security measures.
Researchers from the California Institute of Technology, in collaboration with Oratomic, have reached similar conclusions. They discovered that advancements in error correction techniques could reduce the number of qubits needed for stable computations to between 10,000 and 20,000, down from previous assumptions of millions. Based on these developments, the emergence of a viable quantum computer could be possible by around 2030.
In response to the growing threat of quantum computing, blockchain developers are increasingly taking action. For instance, in January, developers within the Solana ecosystem unveiled a quantum-resistant vault that employs hash-based signatures to generate new keys for each transaction, thereby minimizing the exposure of public keys. Additionally, on March 24, Ethereum Foundation developers launched a “Post-Quantum Ethereum” resource hub, outlining plans to enhance the network's cryptography, with a target for protocol-level changes by 2029. However, this transition is expected to be complex and span multiple years.
As the landscape of blockchain technology continues to evolve in the face of quantum threats, Naoris Protocol's innovative approach may serve as a crucial step towards ensuring the security and integrity of blockchain transactions in the future.
Source: Cointelegraph News