The telecom sector and Communications Service Providers (CSPs) are undergoing enormous operational transformations as a result of the use of Software Defined Networking (SDN) and Network Functions Virtualization (NFV) to increase network agility while lowering costs. Microservices architectures and container technology solutions, such as Docker Kubernetes for telecom, are already in use and have proven to be useful and successful as part of this trend. Because the new 5G core will be cloud-native from the outset, the necessary evolution of NFV infrastructure to serve cloud-native apps is gaining popularity at all major Telecom companies.
Docker Kubernetes for telecom covers all of the domains, including application lifecycle management, installation, configuration and validation, networking, scheduling, security, cluster maintenance, core concepts, storage, and troubleshooting, with projects to help you get exam-ready.
The terms Docker and Kubernetes have different meanings as:
Docker is a platform and technology that allows you to create, distribute, and run Docker containers. Kubernetes is a container orchestration system for Docker containers that is more comprehensive than Docker Swarm and is designed to efficiently coordinate large clusters of nodes in production.
Students will be able to do the following after completing this course from Learnizo Global are:
• Need of Kubernetes.
• Kubernetes Architecture Overview
• Become familiar with Kubernetes Pods.
• Learn about Kubernetes Services.
• Learn about Kubernetes state persistence.
• Learn about the many sorts of controllers and how to utilize them.
• Learn about the various Pod Scheduling options and how to use them.
• Learn about the numerous choices for cluster maintenance and how to use them.