Combining Blockchain Multi Authority and Botnet to Create a Hybrid Adaptive Crypto Cloud Framework

Ravikumar Ch, Isha Batra, A. Malik
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Abstract

Blockchain technology has now spread like wildfire across the internet. Blockchain has emerged as a game-changing technology for complex industrial processes as a result of its openness, availability, and security. In this study, we used a hybrid adaptive crypto cloud framework that combines blockchain technology with multiple authorities and a botnet framework to improve cloud security while reducing computation time. The proposed adaptive crypto cloud system divides the cloud security framework into stages to organize secure data communication and reduce communication latency while detecting internal and external threats. In order to compute authentication using hash mapping and deploy an authentication system to safeguard the various users' authentication information, the whole system placed a major emphasis on block chain technology. The technology not only improves security but also makes the role-based access control system and anonymous authentication system more user-friendly.
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结合区块链多授权和僵尸网络创建混合自适应加密云框架
区块链技术现在已经像野火一样在互联网上蔓延开来。由于其开放性、可用性和安全性,区块链已经成为复杂工业过程的一项改变游戏规则的技术。在本研究中,我们使用了一种混合自适应加密云框架,该框架将区块链技术与多个权威机构和僵尸网络框架相结合,以提高云安全性,同时减少计算时间。提出的自适应加密云系统将云安全框架划分为多个阶段,在检测内部和外部威胁的同时组织安全的数据通信,降低通信延迟。为了利用哈希映射计算认证,并部署一个认证系统来保护各种用户的认证信息,整个系统非常重视区块链技术。该技术不仅提高了安全性,而且使基于角色的访问控制系统和匿名认证系统更加人性化。
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