Embrace Cloud native Principles and Serverless Runtime to Orchestrate Cyber Foraging

Abstract

Today every organization wants to move to cloud or in the process of newlinemoving to cloud. the cloud is helping organizations to connect people, data, newlineand processes in new ways to embrace the possibilities enabled by modern newlinetechnologies. to succeed in a digital-first world, business leaders are bringing newlinebusiness and it closer together and optimizing processes to create new value newlinefor customers. organizations that are truly cloud-based, however, have started newlineto differentiate themselves as being cloud-native.and#8223; today, itand#8223;s not enough to newlinerehost the ageing applications in the cloud what is often called lift and newlineshift . the goal is to be cloud native. the adoption of cloud native is newlineincreasing because of the container orchestrators like kubernetes and newlineserverless container services like amazon web service (aws) fargate, newlineazure container instances, google cloud run and knative. with container newlineorchestration, administrators have the freedom to choose the cloud, deploy, newlineautoscale, repair and upgrade easily. serverless permits developers to run newlinemultiple functions in parallel by distributing and executing these functions newlineand no longer have to worry about the infrastructural part. serverless newlinecontainers make life easier for both developers and administrators. to share newlinethe benefit of serverless containers to end users, the platform should be closer newlineto end users rather than running on centralised cloud environments. newlinethe better solution is to place these serverless containers in the newlinecloudlets located in the physical proximity of the end users. rather than newlinerelying on a distant cloud we could offload the tasks to nearby cloudlets, newlinecomplete the tasks and then and in this way, we could meet the need of realtime newlineinteractive response by low latency cloudlets.cyber foraging allows users to offload computationally intensive tasks to nearby data centers (cloudlets) instead of far-off data centers to get the local latency environment.