What you'll learn

You will learn Kubernetes Scheduling in this course

You will learn Kubernetes Monitoring and Logging

You will learn Cloud-Native Application Development

You will learn Kubernetes Networking

Requirements

You need to have basic knowledge of Docker knowledge

Description

This course help you learn new concepts for Kubernetes and Cloud Native Associate exam. The Kubernetes and Cloud Native Associate exam is designed to assess a candidate's understanding of Kubernetes and cloud-native principles. It is aimed at individuals who work with containerized applications and are familiar with cloud-native technologies. The exam assesses your understanding of container technologies, including Docker. Candidates should be familiar with container images, registries, and basic container management. Kubernetes Basics tests your knowledge of fundamental Kubernetes concepts. Topics include understanding the Kubernetes architecture, deployment of applications, and managing pods, services, and deployments. Kubernetes Networking evaluates your understanding of Kubernetes networking principles. Topics cover service networking, pod networking, and network policies.Candidates are tested on their ability to schedule applications effectively in a Kubernetes cluster. This involves understanding node affinity, node selectors, and resource requirements. Security is a critical aspect of Kubernetes. The exam assesses your knowledge of securing the Kubernetes cluster, including topics such as RBAC (Role-Based Access Control), secrets management, and pod security policies. Kubernetes Monitoring and Logging  evaluates your ability to monitor and troubleshoot Kubernetes applications. Topics include understanding cluster health, logging, and monitoring with tools like Prometheus.Cloud-Native Application Development covers cloud-native development principles, including the use of microservices architecture and container orchestration for scalable and resilient applications. The Kubernetes and Cloud Native Associate exam is hands-on and performance-based. Candidates are required to demonstrate their practical skills in working with Kubernetes clusters and solving real-world scenarios. The exam is intended for individuals with practical experience in containerized applications and Kubernetes, making it suitable for developers, system administrators, and DevOps professionals.Preparation for the exam should involve hands-on experience with Kubernetes, familiarity with common cloud-native tools, and a solid understanding of containerization concepts. Resources such as official Kubernetes documentation, online courses, and practice exams can be valuable for exam preparation.