Analysis and Development of Protocol to Enhanced Security Orchestration in Claud Computing SLA

Abstract

Cloud computing is becoming more important since it facilitates the transition of existing services from client-server architectures to cloud computing, in addition to allowing digital trading platforms. Providers and customers all across the globe have benefited from the technological and economic advancements made in this sector. Virtualization of services is becoming more important in a variety of industries, and digital marketplaces are being utilized for much more than the trade of physical items. Recent years have seen a rise in the frequency and severity of service disruptions for many prominent cloud providers, including Amazon Web Services (AWS), Microsoft Azure, and Google Cloud Platform. Human mistake, ineffective change control, and more lately, targeted cyber-attacks like distributed denial of service (DDoS) are all causes for these disruptions, which affect the whole supply chain and result in the temporary suspension of multiple widely used online services. These web-based solutions provide cloud service subscribers (CSS) with a platform that may be used to access and make use of various services in the cloud, such as computing, storing data, and communicating with other users. CSP and CSS sign a legally binding agreement, such as a Service Level Agreement, before any cloud service is implemented (SLA). A failure guarantee and service scope are included in the SLA. Either side to the SLA, often the CSP, has the option to terminate the agreement at any time. newlineThe use of SLAs as tools to establish and sustain trust in a society where interdependence between services is becoming more and more important is discussed. By identifying and resolving pertinent research issues, the thesis proposes general approaches to automate SLA lifecycle management. The techniques allow for adaptability in a dynamic corporate environment and may be localized using policy-based restrictions. Business models, services, and delivery technology are distinct ideas that may be delicately woven together by SLAs