NIST首先释放了3种抗量算法 以保护数据不受量子攻击 NIST releases first 3 quantum-resistant algorithms for data protection against quantum attacks.
NIST发布了前三个最终确定的抗量算法,目的是保护数据不受量子攻击,因为量子攻击对传统的加密方法构成威胁。 NIST has released the first three finalized quantum-resistant algorithms, designed to protect data against quantum attacks, which pose a threat to traditional encryption methods. 抗量量子加密技术或后量子加密技术已取得进展,目的是发展能够保护数据不受量子攻击的算法,预计随着量子计算在五至六年内预计广泛提供,这种算法将变得司空见惯。 Quantum-resistant cryptography, or post-quantum cryptography, has advanced with the aim of developing algorithms that can protect data against quantum attacks, expected to become common with the predicted widespread availability of quantum computing in five to six years. NIST敦促各公司尽快向新的抗量系统过渡,以防止潜在的数据破损。 NIST urges companies to transition to the new quantum-resistant system as soon as possible to prevent potential data breaches.