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Collective advancements on access control scheme for multi-authority cloud storage system

机译:多权限云存储系统访问控制方案的集体进步

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摘要

In this information age, the amount of data generated by an individual and organisation is increasing exponentially. Cloud computing has come as a rescue to store and compute the data efficiently at a low cost. On the other hand, according to cloud security alliance, the threats and vulnerabilities related to cloud computing are on the rise and they may reach an uncontrollable level if cloud security inhabits the same shape. Attribute-based encryption techniques are used in several critical applications for data access control. Our proposed work enhances the security of (DAC-MAC) during the user registration phase by the advent of digital signature over user credentials for avoiding man-in-the-middle attack and providing non-repudiation during user registration phase. Secondly, a verification scheme based on user-privilege list for file access request is included. Lastly, by logging the user behaviours in the separate database table, the authenticity of the access node can be verified, monitored and DDoS attack can be nullified. The framework could be used for IaaS application.
机译:在这个信息时代,个人和组织生成的数据量呈指数增长。云计算是一种以低成本有效存储和计算数据的手段。另一方面,根据云安全联盟的说法,与云计算相关的威胁和漏洞正在上升,如果云安全处于相同的状态,它们可能达到不可控制的水平。基于属性的加密技术已在几个关键应用程序中用于数据访问控制。我们提出的工作通过在用户凭据上使用数字签名来避免用户中间人攻击并在用户注册阶段提供不可否认性,从而在用户注册阶段提高了(DAC-MAC)的安全性。其次,包括一种基于用户权限列表的文件访问请求验证方案。最后,通过将用户的行为记录在单独的数据库表中,可以验证,监视访问节点的真实性,并使DDoS攻击无效。该框架可用于IaaS应用。

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