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A robust mutual authentication scheme for data security in cloud architecture

机译:云架构中用于数据安全性的强大的双向身份验证方案

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Emerging markets looks cloud computing as a facilitator to lower their investments related to ICT. Unlimited throughput, on demand and elastic nature of cloud attracted the medium and large scale organizations to adopt it and move their critical data, software resources to cloud. Outsourcing of critical data to third party results in lots of security issues like user authentication, integrity of data etc. and need to be addressed very effectively. In 2011, Hao et al of SUNY, have proposed a time-bound ticket-based mutual authentication scheme and claimed that their scheme is secure. In 2013, Jaidhar et al claimed that Hao et al scheme is vulnerable to DoS attack and proposed an improved scheme. In this paper, we will show that Jaidhar et al scheme is still vulnerable to all major cryptographic attacks like offline password guessing attack, user impersonation attack, server masquerade attack etc. As a part of our contribution, we propose an improved mutual authentication scheme, which is secure and resistant to all major cryptographic attacks.
机译:新兴市场将云计算视为减少与ICT相关投资的促进者。云的无限吞吐量,随需应变和云的弹性吸引了中型和大型组织采用它,并将其关键数据,软件资源转移到云中。将关键数据外包给第三方会导致许多安全问题,例如用户身份验证,数据完整性等,因此需要非常有效地解决。 SUNY的Hao等人在2011年提出了一种基于时限票证的双向身份验证方案,并声称该方案是安全的。 2013年,Jaidhar等人声称Hao等人的方案容易受到DoS攻击,并提出了一种改进的方案。在本文中,我们将证明Jaidhar等人的方案仍然容易受到所有主要的加密攻击的影响,例如离线密码猜测攻击,用户模拟攻击,服务器伪装攻击等。作为我们贡献的一部分,我们提出了一种改进的相互认证方案,它是安全的,并且可以抵抗所有主要的密码攻击。

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