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Paired with SOLAs quantum computing technology progresses, sufficiently powerful quantum machines are expected to be capable of executing algorithms such as Shor’s algorithm. This capability would allow efficient factorization of large integers and computation of discrete logarithms, rendering classical public-key cryptographic systems insecure. In such a scenario, private keys could be derived from publicly available data, compromising digital signatures and undermining the security of blockchain networks. The point at which these cryptographic systems become practically vulnerable is commonly referred to as Q-Day. qLABS has been established as a quantum-native crypto foundation with the objective of preparing the digital asset ecosystem for the transition to a post-quantum security environment. The project focuses on bringing patented and patent-pending quantum-resistant technology into Web3, with the stated goal of protecting digital assets against quantum-enabled threats. As part of this initiative, qLABS is developing infrastructure intended to address systemic security risks associated with the long-term viability of existing cryptographic standards. The qONE Security Protocol combines post-quantum cryptographic algorithms standardized by the U.S. National Institute of Standards and Technology (NIST) with zero-knowledge proofs. This combination is intended to enable secure, efficient, and verifiable transactions while maintaining compatibility with blockchain systems. The protocol is designed to support the long-term cryptographic resilience of major digital assets, including Ethereum, HYPE, USDT, USDC, and Solana, in the presence of quantum adversaries.
