远程存储中的动态加密安全性

Arun Prabhakar, P. S. Savin, K. Chandrasekaran
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引用次数: 1

摘要

分布式存储、移动电话以及可移动硬盘的发展扩大了信息使用的多样性。另一方面,出现了一些问题,如如何判断信息是否非常敏感,以至于不可能离开客户的小工具,以及如何防止未经授权的访问。信息泄漏预防应用程序执行此分配,通常通过将可能易受攻击的文档转移到受保护的远程存储库,检查它们,然后在输出满足强制策略中定义的约束的情况下对远程存储执行最后一次复制,此时将输出复制到远程存储库。基本上连续两次写入文档所需的额外工作,一次写入本地存储库,最后写入远程存储库,这是本地存储库隔离的主要问题。本文介绍了一种利用瞬态加密密钥来防止信息泄露的替代技术。通过使用临时密钥,可以在远程存储库上安全地检查编码信息,并在扫描时不符合策略时安全地删除编码信息。与本地存储库隔离相比,这种直接过程带来了更高的生产率,并减少了时间延迟。
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On-the-Fly Encryption Security in Remote Storage
Development of distributed storage, cell phones, furthermore, removable hard drives have expanded the versatility of usage of information. On the other hand, there emerges a few issues of how to figure out if information may be so delicate it would be impossible leave a clients gadget, and, how to secure it from unauthorized access. Information Leakage Prevention applications perform this assignment, commonly by diverting possibly vulnerable documents to a protected distant repository, examining them, and at that point doing a last duplicate to remote storage if the output meets the constraints defined in the policy enforced, at that point the output is copied to distant repository. The extra work needed to basically serially write the document twice, once to local repository and lastly to the distant repository is the main issue with local repository isolation. This paper introduces a substitute technique for Information Leakage Prevention is introduced in this paper utilizing a transient cryptographic key. By utilizing a transient key, encoded information can be securely checked on distant repository and safely deleted in case it fails the policy while scanning. This direct procedure brings about better productivity and reduces the time delay than a local repository isolation.
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