标题： 动态数据防御：揭示运动中的数据库混沌加密（DaChE）算法——混沌理论在增强数据库安全方面的突破 显示英文标题

标题： Dynamic Data Defense: Unveiling the Database in motion Chaos Encryption (DaChE) Algorithm -- A Breakthrough in Chaos Theory for Enhanced Database Security

摘要： 在数据库架构不断发展的环境中，NoSQL数据库的激增标志着一个变革的时代，使数据存储摆脱了传统的关系约束，并带来了前所未有的可扩展性。 随着组织面临数据库泄露带来的日益严重的安全威胁，一种新的理论框架在混沌理论和拓扑学的交汇处出现：动态混沌加密（DaChE）算法。 这一范式转变的方法挑战了数据存储的静态特性，倡导动态数据运动以加强数据库安全。 通过引入混沌理论，这种创新策略不仅增强了数据库对不断演变的攻击向量的防御能力，还重新定义了数据保护的边界，为保护关键信息资产提供了范式的转变。 此外，它还支持并行处理，实现了实时处理并优化了所提出框架的性能。 显示英文摘要

摘要： Amidst the burgeoning landscape of database architectures, the surge in NoSQL databases has heralded a transformative era, liberating data storage from traditional relational constraints and ushering in unprecedented scalability. As organizations grapple with the escalating security threats posed by database breaches, a novel theoretical framework emerges at the nexus of chaos theory and topology: the Database in motion Chaos Encryption (DaChE) Algorithm. This paradigm-shifting approach challenges the static nature of data storage, advocating for dynamic data motion to fortify database security. By incorporating chaos theory, this innovative strategy not only enhances database defenses against evolving attack vectors but also redefines the boundaries of data protection, offering a paradigmatic shift in safeguarding critical information assets. Additionally, it enables parallel processing, facilitating on-the-fly processing and optimizing the performance of the proposed framework.