An authorized security middleware for managing on demand infrastructure in cloud

S. Manishankar, C. Arjun, P. A. Kumar
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Abstract

Recent increases in the field of infrastructure has led to the emerging of cloud computing a virtualized computing platform. This technology provides a lot of pros like rapid elasticity, ubiquitous network access and on-demand access etc. Compare to other technologies cloud computing provides many essential services. As the elasticity and scalability increases the chance for vulnerability of the system is also high. There are many known and unknown security risks and challenges present in this environment. In this research an environment is proposed which can handle security issues and deploys various security levels. The system handles the security of various infrastructure like VM and also handles the Dynamic infrastructure request control. One of the key feature of proposed approach is Dual authorization in which all account related data will be authorized by two privileged administrators of the cloud. The auto scalability feature of the cloud is be made secure for on-demand service request handling by providing an on-demand scheduler who will process the on-demand request and assign the required infrastructure. Combining these two approaches provides a secure environment for cloud users as well as handle On-demand Infrastructure request.
用于管理云中的随需应变基础设施的授权安全中间件
最近基础设施领域的增长导致了云计算(虚拟化计算平台)的出现。该技术提供了许多优点,如快速弹性,无处不在的网络访问和按需访问等。与其他技术相比,云计算提供了许多基本服务。随着弹性和可伸缩性的增加,系统出现漏洞的可能性也很高。在这种环境中存在许多已知和未知的安全风险和挑战。在本研究中,提出了一个可以处理安全问题并部署各种安全级别的环境。该系统处理虚拟机等各种基础设施的安全性,并处理动态基础设施请求控制。所建议的方法的一个关键特征是双重授权,其中所有帐户相关数据将由云的两个特权管理员授权。通过提供一个按需调度器(该调度器将处理按需请求并分配所需的基础设施),云的自动可伸缩性特性对于按需服务请求处理是安全的。结合这两种方法,可以为云用户提供安全的环境,并处理按需基础设施请求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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