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Security Enhancement in Multi Clouds Using Serverless Computing Approach

机译:使用无服务器计算方法增强多云的安全性

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Nowadays, in any application specific domain security plays a vital role in the service access environment. Because customers needs to make use of distinct services and resources in an attacks free surface. In cloud computing environment, the security services and portal systems have been highly progressed based on the user requirements. However, cloud offers plenty of resources through the service vendor globally; still the multi clouds problems are not resolved completely. So, it is very essential to protect the data and other resources from the intruders are a most primary factor. The proposed work will establish a security layer on the multiple cloud environments by introducing the concept of "Serverless Computing". The serverless computing is a kind of cloud computing execution model through which the cloud service provider (CSP) can manage the allocation of system resources in a dynamic manner. This mechanism will follow the property of utility computing. This approach can be used to hide the operations on entire cloud server management end and capacity planning decisions and also uses no provisioned services. Any type of vulnerabilities is taken care of by the cloud service provider. In this process, attacks rate are compared with the traditional security architectures and each component is an entry point to the serverless application. With this approach, customers can control and monitor the workloads by using IDS / IPS technique.
机译:如今,在任何特定应用领域中,安全性在服务访问环境中都起着至关重要的作用。因为客户需要在不受攻击的表面上利用独特的服务和资源。在云计算环境中,基于用户需求,安全服务和门户系统已经得到了高度发展。但是,云通过全球的服务供应商提供了大量资源。多云问题仍然没有完全解决。因此,保护​​数据和其他资源不受入侵者的侵害是最主要的因素。拟议的工作将通过引入“无服务器计算”的概念在多个云环境上建立安全层。无服务器计算是一种云计算执行模型,云服务提供商(CSP)通过该模型可以动态方式管理系统资源的分配。该机制将遵循效用计算的属性。此方法可用于隐藏整个云服务器管理端的操作和容量规划决策,并且不使用预配服务。云服务提供商会处理任何类型的漏洞。在此过程中,将攻击率与传统的安全体系结构进行比较,每个组件都是无服务器应用程序的切入点。通过这种方法,客户可以使用IDS / IPS技术来控制和监视工作负载。

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