Cloud-Computing

This document explains the concept, process, and best practices of rolling updates in Kubernetes, ensuring zero downtime and safe application upgrades.

This document explains Kubernetes autoscaling, including HPA, VPA, and CA their mechanisms, configuration, and best practices for optimizing resource usage and cost. It covers how each autoscaler works and when to use them.

This document explains ReplicaSet in Kubernetes, its role in maintaining desired pod states, scaling, redundancy, and best practices for deployment management. It covers how ReplicaSets work, their benefits, and practical usage examples.

This document provides a step-by-step guide for setting up a local Kubernetes lab using MicroK8s on Ubuntu 24.04. It includes instructions for installing necessary components, enabling add-ons like DNS and Helm, deploying sample applications, and accessing the Kubernetes Dashboard. It also outlines file organization and usage of kubectl.

This document provides an overview of the Kubernetes architecture, including its components and how they interact to manage containerized applications.

This document explains Kubernetes services, their types, and related objects like Ingress, DaemonSet, StatefulSet, and Job, focusing on their roles in application networking and management.

Comprehensive overview of container technology in cloud computing explaining how containers work their advantages over virtual machines and practical deployment scenarios for microservices architecture

Detailed explanation of secure networking concepts in cloud computing including firewalls intrusion detection systems and virtual private clouds with comparison to traditional on-premises networking

Comprehensive overview of bare metal servers in cloud computing covering benefits performance characteristics use cases and considerations for high-performance workloads in dedicated environments

Comprehensive guide to different types of virtual machines in cloud computing including shared VMs transient VMs and reserved instances with their use cases and benefits

Explanation of virtualization technology hypervisors and virtual machines exploring how they enable efficient resource utilization and form the foundation of cloud computing

Overview of fundamental cloud infrastructure components including data centers regions zones and the physical resources that support cloud computing services

Investigation of community cloud infrastructure shared by organizations with similar needs including cost-sharing benefits compliance advantages and software-defined technologies for resource optimization

Comprehensive exploration of cloud service models including IaaS PaaS SaaS and deployment models covering public private hybrid and community cloud environments

Comprehensive exploration of cloud infrastructure components including compute options storage solutions networking virtualization containers and content delivery networks