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Master Cloud Computing for Exams
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Module 8
Container Orchestration with Kubernetes
1
Introduction to Container Orchestration
Define container orchestration and explain why it is necessary for managing containerized applications at scale.
Introduction to Kubernetes: Container Orchestration Simplified
Describe the role of Kubernetes as a container orchestrator and list its core benefits (e.g., automated deployment, self-healing, scaling).
3
Kubernetes Architecture: Control Plane & Worker Nodes
Explain the high-level architecture of Kubernetes, distinguishing between the Control Plane and Worker Nodes with a diagram.
4
Understanding Kubernetes Pods
Define a Pod in Kubernetes and explain its role as the smallest deployable unit.
Understanding Kubernetes Deployments
Define a Deployment in Kubernetes and explain how it manages application lifecycle and updates.
6
Kubernetes Services: Exposing Your Applications
Define a Service in Kubernetes and explain its role in exposing an application running as a set of Pods.
7
Understanding Kubernetes YAML: Purpose and Structure
Explain the purpose and basic structure of a Kubernetes YAML configuration file.
Previous module
Fundamentals of Containerization with Docker
Next module
Cloud Architectures and Major Platforms