A lot of people aren’t aware of the nature of the term “serverless” and to understand the gravity of the forecasts mentioned in this article, understanding the nature of serverless is important. The nature of serverless computing framework is basically to abstract applications at a much higher level to provide portability, resource utilization and cost benefits. In an ideal situation, after developers have checked in code, a serverless computing framework will take control of the pipeline from build, ship, to run enabling users to easily scale and manage applications. As compared to the usual existing container framework, serverless is advancing much further in abstraction. It automates and responds to everything needed for running these services. All these are important for the rapid evolution of cybersecurity and tech in the next four years . Many of the forecasts of cybersecurity and tech  also revolve around the role of Kubernetes, which is an open-source container-orchestration system for automating computer application deployment, scaling, and management.

Cloud computing has become the new norm, especially during & post- pandemic world. With businesses moving online, cloud security is a major concern for cloud storage users & providers.  Insecure APIs, DDoS attacks, sensitive information breaches are the few major threats challenging industries including healthcare, e-commerce, government, finance, and even education.

A Kubernetes cluster is composed of a master node, which exposes the API, schedules deployments, and generally manages the cluster. Multiple worker nodes can be accountable for container runtimes, such as Docker or rkt, along with an agent that conveys with the master.