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A light weight centralized file monitoring approach for securing files in Cloud environment

机译:一种用于保护云环境中的文件的重量级集中文件监控方法

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Security of Cloud infrastructure and its resources is a recent area of research for computer scientist now days. One of the resource to look after in Cloud environment are the important configuration and system specific files which are accessed by remote entities such as VM users and whose manipulation can lead to compromise in the security of Cloud. We have designed and successfully developed a lightweight and platform independent low cost file monitoring approach and tool for securing important files from modifications in Cloud environment. The tool solves the issue of tampering with important files from VM users even if the user is intelligent enough to exploit operating system specific vulnerabilities for getting elevated privileges to perform such operations. The tool is light weight and independent as it does not require any support for file signature management that requires hash databases for storage of file integrity, and can be applied to any platform and environment with minimal changes and support. The novelty of approach lies in storing the signature of the file contents which is utilized for integrity monitoring in the file itself. The implemented tool is taken into practice on a private Cloud and initial results have been verified, which shows that the scheme is efficient and can be applied as a utility tool over a fully functional cloud deployment.
机译:云基础设施的安全性及其资源是最近对计算机科学家的研究领域现在。要在云环境中照顾的资源之一是由远程实体(如VM用户)访问的重要配置和系统特定文件,并且其操作可能导致云的安全性妥协。我们已经设计并成功开发了一种轻量级和平台的独立低成本文件监控方法和工具,用于从云环境中的修改中保护重要文件。该工具即使用户是智能智能以利用操作系统特定的漏洞,解决了篡改VM用户的重要文件,用于篡改VM用户的问题该工具是重量轻的,独立独立,因为它不需要对文件签名管理的任何支持,需要哈希数据库以存储文件完整性,并且可以应用于任何具有最小变化和支持的平台和环境。方法的新颖性在于存储在文件本身中用于完整性监视的文件内容的签名。实现的工具在私有云上进行实践,并已验证初始结果,这表明该方案是有效的,并且可以通过全功能云部署应用为实用工具。

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