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Introduction
Two areas are particularly important to focus on when developing a concept for cloud computing technologies. The design should allow a user to secure data, and also, data assets that may be stored in the cloud should be easily accessed through the window of shared activities in the cloud as per the cloud service providers. A particular objective is to create a system that is not susceptible to security threats that typically arise from product-driven activities to security.
Discussion
Importantly, the developer has to distinguish between security controls and security design when embarking on a cloud. A suitable cloud security structure responds to threats as found by the software. This concept employs five components: cloud provider security services, authentication, encryption, malware detection, threat management , and cloud security monitoring. This paper will discuss them below in that respective order.
First is cloud provider security services: the platform enables one to maintain control over the customer base while providing an assortment of options. Such options include endpoint and network security, endo selection, and binding agreement services. Overall, the customers security is improved. One can choose to operate from a private cloud or seek services from other public cloud providers. Second is cloud authentication: for effective access to control and allocation of resources, it is vital to elaborate, troubleshoot and foster security updates in a consistent procedure. It is important to mention that the existence of the cloud depends on the accessibility of all resources on a single system. Therefore, security on the cloud can only be efficient, subject to consistent security implementation. The scenario is attributed to individuals and services accessing the server from a common point. Informatics of the software must align with the requirements of the cloud security alliance to guarantee a safe clouding technology environment.
Third is cloud encryption: encryption ensures that data is secure while on the server and when accessed by some other cloud services. It is important to mention that not all cloud services offer data security for a users data within a software application. That being said, it is critical to have a strategy that protects data not only when in transit but also when on the server of a cloud service provider. Fourth, as information technology advances, cloud malware detection, and threat management , so do malware activities. Typically, various security layers are provided at the network, application, data, and border levels. Nonetheless, it is not easy to manage malware activities. There are antimalware sot wares available. However, they can only deter malware known to the system, while newly developed malware can penetrate. It is important to mention that hybrid antimalware attempts to flag threats early. However, there may be some that highlight false positive threats. As such, security models should only be rigid as they remain positively effective.
Conclusion
Fifth is cloud security monitoring, which involves selecting the right security service provider for data. However, it is important and worth having a security structure that adopts the current standards of technology. It should go a long way to investigate the security status of different software components. Different scenarios may arise, for instance, infrastructure as a service or platform as a service. In the mentioned cases, a user can interact with data on the server through an application. However, there needs to be remote monitoring for purposes of updates.
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