Micro Service-Based, Containerized, & Server Less Applications in Cloud

The use of cloud-based software solutions has become increasingly popular in recent years. As a result, the use of microservices-based, containerized, and server less architectures for the deployment, management, and scaling of cloud-based applications has grown in popularity. This review paper provides an overview of containerized, server less architectures, and microservices in cloud-based applications. It demonstrates how containers provide a lightweight and portable approach to package apps and their dependencies, as well as how microservices involve dividing an application into smaller, independent services. Server less computing is also discussed, which enables programmers to create and execute applications without managing infrastructure. The benefits and limitations of server less, containers, and micro service architectures in cloud based applications are covered in this research. It explains how combining these technologies can result in adaptable, scalable, faulttolerant applications that also solve security issues. The paper underlines the significance of developing scalable applications from the outset and offers best practises for protecting and monitoring these distributed architectures. The article also looks at new trends and technologies that could influence how these technologies are used in cloud-based applications in the future.