通过无证书公共审计增强云中的数据存储安全性

R. Swathi, T. Subha
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引用次数: 15

摘要

云计算是一种基于在线的计算,它为共享计算机提供处理资源和数据的计算机。维护云中的用户在各种应用程序中需要的所有必需数据的安全性是非常具有挑战性的部分。存储在云中的数据可能不完全负责。因此,云存储贡献者负责监控云上可用和可访问的数据,以及受保护和运行的物理环境。在维护存储在计算环境中的完整数据的真实性方面,仍然存在一些有趣的挑战。存储在云中的数据非常重要,用户必须确保数据不被损坏或丢失。本文研究了云计算环境下数据存储的安全性和完整性问题。本文提出了一种利用无证书公开审计方案生成密钥值来增强云数据存储安全性的方法。密钥生成中心(KGC)将只生成部分密钥,因此在任何情况下都不会危及用户的私钥。私钥和公钥是由KGC根据部分生成的私钥生成的,用于检查用户将数据上传到服务器的云数据的可靠性,然后在审计时检查数据的可靠性。一旦检查完毕,它就会将报告发送给用户。为了在审计过程中确认数据的可靠性&服务器生成证明并随机选择区块。然后,TPA针对云服务器对证明进行身份验证,并将审计结果发送给用户。详细的执行分析表明,建议的方法比当前的工作提供了更好的执行。
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Enhancing data storage security in Cloud using Certificateless public auditing
Cloud computing is a type of online based computing that gives shared computer dealing out resources & data to the computers. It is dreadfully challenging part to maintain the safety of all required data that are wanted in various applications for the user in cloud. The data stored in the cloud may not be wholly responsible. So, the cloud storage contributors are in charge for monitoring the data which is available and accessible on the cloud, and the physical environment protected and running. There are still some interesting challenges on maintaining the truthfulness of full data that is stored up in the computing environment. The stored data in cloud is so important that the users make ensure either the data is corrupted or lost. This work studies the problem of ensuring the security and integrity of data storage in Cloud Computing. This paper, proposes an approach named enhancing data storage security in cloud using Certificate less public auditing scheme which is used to generate key value. Key Generation Center (KGC) will generate only the partial key so that at any case it will not compromise user's private key. Private & public key is generated based on the partially generated private key by the KGC and to check the cloud data reliability of the user's uploads the data in server and then during the auditing of the reliability of data is checked. Once after checking it then sends the report to the users'. To confirm the data reliability during the auditing process & the server generates the proof and randomly selects the blocks. The TPA then authenticates the proof against cloud server & the auditing result issent to the user. A detailed execution analysis exhibited that the proposed approach gives preferred execution over the current works.
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