Notes

• LatticeFold uses Ajtai commitments and MSIS assumption, providing post-quantum security, replacing traditional discrete logarithm commitments
• Folding technology controls norm growth through extension, decomposition, and folding steps, ensuring binding security
• Supports 64-bit arithmetic, friendly with CPU/GPU hardware, improving proof efficiency
• Can be applied to aggregated post-quantum signatures, enhancing blockchain system scalability
• Compared to existing schemes like HyperNova, LatticeFold has advantages in hardware implementation and security
• Emphasizes the complementary nature of folding and ZK, folding handles scalability, ZK handles privacy

• LatticeFold使用Ajtai承诺和MSIS假设，提供后量子安全，替代传统离散对数承诺
• 折叠技术通过扩展、分解和折叠步骤，控制范数增长，确保绑定安全
• 支持64位模数算术，与CPU/GPU硬件友好，提升证明效率
• 可应用于聚合后量子签名，增强区块链系统的可扩展性
• 与HyperNova等现有方案相比，LatticeFold在硬件实现和安全性上有优势
• 强调折叠与ZK的互补性，折叠处理可扩展性，ZK处理隐私