本文主要内容是云系统的完整性，完整性是云计算中隐私的另一个关注点(Rittinghouse和Ransome 2016)。由于数据隔离包含安全参数定义不正确的风险，因此管理程序和虚拟机的配置也不正确。如果系统资源有效隔离，配置为与消费者共享计算资源的SaaS等复杂方式的云托管环境中的数据完整性会带来数据完整性威胁(Islam et al.， 2016)。用户通过糟糕的访问管理和标识程序访问。这意味着糟糕的访问控制集成过程为威胁提供了各种机会。例如，如果一个员工对作为云提供商的组织不满，他可能会接受远程访问。这种远程访问可能是为了管理客户的云服务，并故意破坏数据源。本篇英国代写论文文章由英国论文人EducationRen教育网整理，供大家参考阅读。
Integrity is another concern of privacy in cloud computing (Rittinghouse and Ransome 2016). As the segregation of data contains risks of security parameters being incorrectly defined, hypervisors and virtual machines in turn are also incorrectly configured. The data integrity within the cloud hosting environment of complex manner like SaaS configured for sharing the resource of computing with the consumers can deliver a data integrity threat if the resource of system of segregated effectively (Islam et al., 2016). Users access through poor access management and identity procedures. This implies that poor procedure of access control integration develops various opportunities for threat. For an instance, an employee that is disgruntled in an organization engaged as a provider of cloud might take remote access. This remote access might be for administering the cloud services of customer and cause data sources damage of intentional nature.
The data quality is threatened by the faulty application or component of infrastructure to be introduced. The threat impact of the quality of data is higher as the providers of cloud host various customer’s information. Such faulty introduction of the component needed by another user of cloud can affect the data integrity of other cloud users who share the same infrastructure (Pasupuleti et al., 2016).
From the analysis on security and privacy issues presented above, it is clear that architecture with service orientation and other cloud computing characteristics recommend cloud computing to consider analysis of the practicality in alignment with perspectives of social, business, technical and legal nature. All such facets in turn incorporate issues of security either within strategic or within technical nature (Puthal et al., 2015). Disregard the security and privacy issues nature, it can be concluded undoubtedly that the effects of severe adversity can happen as a result of cloud computing security breaches. This also includes deploying any type of infrastructure based on cloud. Therefore, there is a requirement of dealing with the concerns of security. This should correspond with the safety based essential systems.