Multi Cloud

50 hrs Theory Sessions

50 hrs of Practice Sessions

30 hrs of Hands-on Project

Introduction

Cloud Computing transforms the accessibility and management of computing resources, offering a diverse range of services on-demand via the internet. With attributes such as scalability, elasticity, and pay-per-use pricing, users can dynamically adjust resources to match changing demands while paying solely for consumed services. It encompasses various deployment models such as public, private, hybrid, and multi-cloud, along with service models like IaaS, PaaS, and SaaS, ensuring adaptability and customization. Cloud computing empowers businesses and individuals with cost-effectiveness, agility, and innovation, fueling digital evolution across sectors and emerging as a cornerstone of contemporary IT infrastructure.

Course Objective

Future Scope of Cloud Computing

Hybrid and multi-cloud adoption: Organizations are rapidly implementing hybrid and multi-cloud strategies to capitalize on the benefits of various cloud providers while optimizing performance, cost, and resilience.

Edge Computing: Edge computing puts processing closer to the data source, lowering latency and allowing for real-time insights and actions. Cloud providers are increasing their offerings to accommodate edge computing systems.

Serverless Computing: Serverless computing abstracts infrastructure administration, allowing developers to concentrate entirely on code. This trend is projected to continue, increasing efficiency and cost savings for enterprises.

AI and Machine Learning Integration: Cloud platforms are combining AI and machine learning capabilities, allowing enterprises to leverage data analytics, predictive modeling, and automation for better decision-making and user experiences.

Containerization and Kubernetes: Docker and Kubernetes are the industry standard for cloud applications, providing portability and scalability.

Security and Compliance: As the use of cloud services grows, there is a greater emphasis on improving security measures and compliance standards to secure sensitive data and ensure regulatory requirements are met.

Quantum Computing: While still in its early stages, quantum computing has the potential to transform cloud computing by tackling complicated problems tenfold quicker than traditional computers.

Green Computing: As environmental concerns develop, there is a drive to implement green computing techniques in the cloud.

and get job-ready.

Pre-requisites

Before taking a cloud computing course, it’s beneficial to have the following prerequisites:

  • Basic IT Knowledge: Understanding fundamental concepts of information technology, including hardware, software, and networking.
  • Networking Basics: Familiarity with networking concepts such as IP addressing, DNS, and basic networking protocols (TCP/IP).
  • Operating Systems: Knowledge of different operating systems, particularly Linux and Windows, as they are commonly used in cloud environments.
  • Programming Skills: Basic programming skills in languages like Python, Java, or JavaScript can be helpful, especially for automation and scripting tasks.
  • Database Fundamentals: Understanding of database concepts, including SQL and NoSQL databases, as they are often used in cloud applications.
  • Virtualization Concepts: Familiarity with virtualization technologies (like VMware or Hyper-V) can be advantageous since cloud computing relies heavily on virtualized resources.
  • Security Basics: Awareness of basic security principles and practices, as security is a critical aspect of cloud computing.
  • Problem-Solving Skills: Strong analytical and problem-solving abilities to troubleshoot cloud-related issues.
  • While not all courses require these prerequisites, having a solid foundation in these areas will enhance your learning experience and understanding of cloud computing concepts.

Course Curriculum

Amazon Web Services

Linux Basics

Networking in AWS

  • Introduction to AWS
  • Networking Fundamentals
  • VPC Overview
  • VPC Components
  • VPC Peering
  • Creating and Configuring VPCs
  • VPN Connections
  • Transit Gateway
  • Security Groups and Network ACLs
  • Load Balancers
  • AWS Route 53 Overview
  • DNS Configuration
  • Setting Up DNS
  • AWS CloudWatch
  • VPC Flow Logs

IAM [ Identity Access Management]

  • Introduction to AWS
  • Introduction to IAM u IAM Components
  • Creating IAM Users
  • Password Policies
  • Multi-Factor Authentication (MFA)
  • Managing IAM Users
  • Creating IAM Groups u IAM Roles
  • Permissions Policies
  • Group and Role Management
  • IAM Policy Conditions
  • Identity Federation
  • Cross-Account Access
  • Implementing Advanced IAM Scenarios
  • IAM Best Practices u IAM Access Analyzer
  • Introduction to AWS Organizations
  • Service Control Policies (SCPs)
  • Cross-Account IAM Roles
  • Setting Up AWS Organizations and Implementing Cross-Account Roles

Compute

  • Introduction to EC2 instance
  • Creating Launch templates
  • Creating EC2 instance
  • Saving sessions into putty
  • Creating Images from EC2 instances

Storage

  • Introduction to AWS Storage Services
  • AWS S3 (Simple Storage Service)
  • AWS EBS (Elastic Block Store)
  • Amazon S3 Object Storage
  • S3 Data Management
  • S3 Security and Access Control
  • Attaching and Detaching EBS Volumes
  • EBS Snapshots
  • Introduction to AWS Storage Gateway
  • Data Lifecycle Policies
  • S3 Glacier

Databases

  • Introduction to AWS Database Services
  • AWS RDS (Relational Database Service) Basics
  • Relational Databases Overview
  • Creating and Managing RDS Instances
  • High Availability and Failover
  • Data Backup and Disaster Recovery
  • Introduction to Amazon Aurora
  • Amazon Aurora vs. Traditional Databases
  • Monitoring and Performance Optimization
  • Cost Optimization

Management and Governance

  • Introduction to AWS Management and Governance Services
  • AWS Organizations
  • AWS Control Tower
  • AWS Cost Explorer
  • AWS Budgets
  • AWS Systems Manager
  • AWS Config Rules
  • AWS Organizations Policies

Jenkins

  • Overview of SDLC process
  • Overview of Jenkins
  • Jenkins Master-Slave Architecture
  • Jenkins Installation and configuration
  • Jenkins plugins
  • Jenkins Freestyle and Pipeline Jobs
  • Configuring Slave Node to Jenkins

Implementing and managing Azure networking

  • Overview of Azure networking
  • Implementing and managing Azure virtual networks
  • Configuring Azure virtual networks
  • Configuring Azure virtual network connectivity
  • Configuring the Subnets
  • Configuring Virtual Network Region Peering
  • Configuring Virtual Network Global Peering
  • Understanding Azure to On-Prem Connectivity
  • Deploying Azure Virtual Network Gateway.
  • Understanding User Defined Routes(UDR).
  • Configuring Azure Virtual Network Gateway with AWS over IPSec VPN.
  • Implementing Azure Service End Points.
  • Understanding Hub and Spoke Architecture

Understanding and Configuring Network Security Groups (NSG)

  • Understanding Azure Network Security Groups (NSG)
  • Creating and Updating Inbound & Outbound Security Rules.
  • Understanding NSG Rule Hierarchy
  • Testing Network Security Groups and learning rule priority.
  • Creating NSG Rules with Service tags.
  • Understanding Application Security Groups (ASG).

Creating NSG with Application Security Groups.

Implementing & Configuring Azure Virtual Machines

  • Overview Azure virtual machines
  • Deploy virtual machines in the Azure portal
  • Deploy virtual machines using Azure CLI
  • Managing Azure Virtual machine storage
  • Understanding Availability sets, Fault Domain & Update Domain.
  • Creating & placing virtual machines in Availability Sets.

Designing & Implementing Azure Load Balancing

  • Overview of Load Balancing
  • Type of Load Balancers in Azure
  • Basic vs. standard Load Balancer
  • Deploying Basic Load Balancer with Availability Sets.
  • Creating Backend Pools, Health probes, and Load Balance rules.
  • Checking the Load Balancing scenarios.
  • Configuring NAT using Basic Load Balancer.

Implement and configure Azure DNS & Azure Standard Load Balancer

  • Understanding Azure DNS.
  • Buying a domain name for Godaddy.com
  • Create an Azure DNS Zone and configure it with Go daddy.
  • Create 3 Availability Sets and place a single virtual machine in each AV Set.
  • Create Azure Standard Load Balancer, create backend pool, and assign all 3 AV Sets.
  • Check the Load Balancing between the servers in different AV-Sets.
  • Create Host Records for the Server and check the name resolution.
  • Create the CNAME record for the Load Balancer and check the website resolution

Configuring Azure Application gateway

  • Understanding Azure Application Gateway architecture.
  • Understanding Path Based Routing in AGW.
  • Creating multiple VMs and configuring application gateway.
  • Configuring the SSL Off-loading on the Application gateway.
  • Check pathing based routing using AGW.

Configuring Auto Scaling with Virtual Machine Scale Sets(VMSS)

  • Understanding Azure VMSS
  • Creating a Azure VM Image for VMSS
  • Deploy VMSS with the custom image.
  • Performing stress testing on the VMSS.
  • Check Auto Scaling of VMs under stress testing

Planning and implementing Azure Storage

  • Azure Storage account overview
  • Understand Blob Storage
  • Understand File Shares
  • Configuring Azure File Sync
  • Data migration using Azure storage explorer
  • Manage Azure Storage permissions
  • Azure Static Website deployment
  • Custom domains

Configure and Manage Azure Backup and Disaster Recovery Services

  • Backup and disaster recovery overview
  • Backup VMware Servers to Azure
  • Backup Azure VM & Azure SQL instances
  • Azure replication and failover groups
  • Azure disaster recovery vault configuration
  • How to implement a full BCDR strategy

Planning and implementing Azure SQL Database

  • Azure SQL database(PaaS) vs SQL database (IaaS)
  • Structured vs Unstructured data
  • DTUs – Azure SQL
  • Azure SQL Global Replication and Failover Groups

Implementing Azure App Services

  • Azure Web Apps overview ( PaaS)
  • Deploying and Managing Web Apps
  • Azure App Service plan
  • Azure Deployment slots
  • Azure Web Apps for scale and resilience

Implementing Azure Active Directory

  • Azure Domain services
  • Azure Active Directory overview
  • Deploy and configure Active directory
  • Create and manage users and groups
  • Extending On-premise Active directory to Azure
  • Configure Azure AD connect
  • Role based access control (RBAC) overview
  • Configure domain users and groups to access Azure portal

Configure Diagnostics, Monitoring, and Analytics

  • Azure Monitoring and alerts configuration
  • Log analytics

Azure Key vault

  • Introduction to Key vault
  • Vault creation and management
  • Adding secrets and Credentials
  • Vault integration and Azure Pipelines

IAC-Terraform

  • Introduction to terraform
  • Infrastructure Automation
  • Install Terraform
  • Providers
  • Resources
  • Basic Syntax

Exercise: Your First Script main.tf

Getting started with Terraform

  • Terraform Plan, show, Apply, Destroy
  • Exploring Terraform Registry
  • Terraform console and Output
  • Terraform Variables
  • Breaking out Our Variables and Outputs

Terraform

  • Remote State
  • Data Sources
  • Templates
  • Working with State files

Lab exercise: Breaking down main.tf into variables.tf, output.tf

  • Terraform Modules
  • Introduction to Modules
  • Modules repositories
  • First basic Module
  • Main Terraform code

Terraform with Azure – Lab part-1

  • Setting up the system for Azure
  • Setting up a storage account in Azure
  • Setting up a Resource group on Azure

Terraform

  • Remote State
  • Data Sources
  • Templates
  • Working with State files

Terraform with Azure – Lab Part 2

  • Setting up V net on Azure Setting up Subnets on Azure
  • Setting up NSG on Azure

DevOps

Introduction of DevOps
Understanding DevOps Notation
History of DevOps

Understanding different DevOps methodology

  • Agile
  • Scrum
  • Waterfall Mode

Azure DevOps Introduction

  • Understanding various Azure DevOps Services
  • Setting up Azure DevOps free tier account
  • Azure Project creation
  • Understanding Azure DevOps Overview TAB
  • Scenario-based interview question and solution

Azure Work Item Management

  • Understanding Azure DevOps Boards
  • Work item creation
  • Backup and migration of work items
  • Setting up iteration and path
  • Customization Boards view

Repository Management

  • Introduction to Repository Management
  • Centralized version control
  • Distributed version control
  • Understanding various stages of GIT
  • Running through basic commands
  • Understanding Advanced GIT Concepts

Cherry-picking
Rebase
Stash etc.

GIT Security

Talisman ( GIT Hooks)

  • Introduction to GIT Hooks
  • Understanding Pre-commit and pre-push hooks
  • Integration Talisman on developer’s workstation
  • Analysing Talisman reports and ways to ignore contents

Azure Repo

  • Introduction to Azure Repos
  • Multi-branch creation in Azure Repos Different ways to clone Azure repository
  • Difference between clone and fork
  • Understanding commit history and graphs
  • Understanding various Azure functionalities like pull requests, cherry-picking, revert
  • Understanding Advanced Pull Request concepts
  • Merge, Squash, Rebase etc.,
  • Tag creation in Azure Repos
  • Azure Repos security and policies
  • Scenario-based Interview Questions with Solutions

Azure Service Connection

  • Introduction to Azure Service connections
  • Understanding the service principal concept
  • Service connection creation

Azure Agent Pools

  • Introduction to Agent pools
  • Hosted vs Self-Hosted Pools
  • Self-hosted agent pool creation
  • Integration of self-hosted agent pool with release pipelines

Yaml

  • YAM Basic Syntax
  • Data Types supported by YAML
  • A Format and indentation of YAML

Azure Pipelines

  • Build Pipelines
  • Understanding continuous integration concepts
  • Introduction to building process
  • Project(1) – creation of ASP.NET Web application
  • Classic build pipeline creation for ASP.Net application
  • YAML build pipeline creation for ASP.NET application
  • Different types of build triggers
  • Pipelines custom variables
  • Branch and Path filtration
  • Understanding Pre-defined variables
  • Project(2) – Introduction to Java Spring boot web application
  • YAML build Pipeline creation for the JAVA web application
  • Project(3) – Introduction to SQL database automation
  • Creation of SQL Database dacpac project
  • YAML build Pipeline creation of SQL database project
  • Deployment Groups
  • Environments
  • Pipeline Library
  • Task Groups
  • Scenario-based Interview Questions with solution

Release Pipelines

  • Understanding Continuous Deployment and Delivery concepts
  • Introduction to the release process
  • Classic release pipeline creation to deploy ASP.NET web Application
  • Multi-Stage deployment Pipeline creation
  • YAML release Pipeline creation to deploy JAVA Web Application
  • Integration of JUNIT analysis with JAVA build pipelines
  • Classic release pipelines creation to deploy SQL DACPAC packages
  • Deployment Strategies in Azure DevOps
  • Scenario-based Interview Question with Solution

Maven

  • Introduction to Maven build tools
  • Maven benefits over others Grandle, Ant
  • Maven commands
  • Integration of Maven with JAVA spring boot build pipelines

Build Pipeline Security

SonarQube (SAST)

  • Introduction to SonarQube
  • Setting up SonarQube in the Docker container
  • Downloading SonarQube plugins in Azure DevOps
  • Creation of the service connection to connect the Sonar Server
  • Creation of a New Project in SonarQube
  • Integration of Sonar Analysis with Java Build pipelines
  • Understanding publish gates and publish profiles
  • Creation of custom publish gates
  • Introduction of custom publish gates in build pipelines
  • Adding Sonar Break task
  • Analyzing Sonar Build reports

Azure Artifacts

  • Introduction to Azure Artifacts
  • Creation of Private feeds
  • Integration of Private feeds in build pipelines
  • Packaging and pushing the dependency in private feeds

Azure Setting

  • Introduction to Organization and Project settings
  • Azure Active Directory Integration with DevOps
  • Azure Permission
  • User and Group management
  • Retention and storage policies

DOCKER

Docker Engine Installation

  • Manual deployment of Docker CE on Ubuntu and CentOS
  • Automate deployment with the help of Vagrant Basic introduction to Docker Engine
  • Difference between Desktop and Server
  • version check
  • default locations
  • commands execution

Docker architecture

  • Docker daemon
  • Docker client
  • Docker registry
  • Docker objects
  • images
  • containers
  • Networking
  • Services

Images and container management

  • docker image registries
  • docker image pull/push
  • container creation
  • Sample application deployment like web server
  • Basic things to be considered while working with images and containers

Docker networking

  • Understanding networking like IP, Classes, subnet mask, CIDR, gateway, broadcast, public and private network in each class, etc.

Docker Engine network types

  • host
  • bridge
  • null
  • overlay
  • Docker Network Plugin overview

Docker storage

  • Basic understanding of ephemeral and persistent storage
  • Types of volume mounts
  • Bind mount
  • Volume mount

Building custom images

  • Docker file parameters
  • Develop custom image through Docker file
  • Convert container into Image
  • How to store Images in Container registries

Registry Management

  • Docker Hub

KUBERNETES

Introduction

  • Kubernetes Introduction
  • kube Architecture Namespaces
  • kube Installation
  • kube-Network communication
  • Kubernetes-Operations
  • Kubernetes Replica Sets
  • Kubernetes-Services-Load balancers
  • Kubernetes-Ingress
  • Kubernetes-Namespaces
  • Kubernetes-volumes
  • Azure Kubernetes Service

Ansible

  •  Ansible installation
  • Configuring Ansible cfg
  •  Configuring Hosts file
  •  Ansible modules
  • Working with Inventory files
  •  Ansible galaxy
  • Ansible Roles
  •  Integrating Ansible into the Azure DevOps pipeline

Containerization Security

Helm Charts

  • Introduction to Helm charts
  • Installation and setup
  • HELM Charts Basic commands

Service Mesh (Istio)

  • Introduction to Service Mesh concepts
  • Installation and setup of Istio Service Mesh
  • Attaching side car containers with PODS

Monitoring (Prometheus and Grafana)

  • Monitoring Stack setup
  • Configuring Prometheus and Grafana
  • Analyzing and visualizing metrics

Hands-on

Azure Pipeline:

★ End-to-end ASP.NET Web Application CI/CD deployment

★ End-to-end JAVA Web application CI/CD deployment

★ Integration of JACOCO, SonarQube

★ End-to-end SQL database automation and deployment on SQL Server.

AWS:

★ Infra end-to-end project [multiple mini projects]

Jenkins:

★ Java application CI/CD Deployment

★ Infra deployment using CI/CD pipeline

DOCKER:

★ Deploying Multi-container applications on containers

KUBERNETES:

★ Deploying custom .NET application on PODS

TERRAFORM:

★ Deploy Azure App Service

Popular Tools

Amazon Web Services (AWS): Amazon Web Services (AWS) is a complete cloud platform that provides a variety of services such as processing power, storage, databases, and machine learning.

Microsoft Azure: Microsoft Azure is another important cloud computing platform that offers a range of services for developing, deploying, and managing applications and services via Microsoft’s global network of data centers.

Google Cloud Platform (GCP): GCP provides a set of cloud computing services, including compute, storage, databases, machine learning, and networking, all hosted on Google infrastructure.

IBM Cloud: IBM Cloud offers a variety of cloud services, including IaaS, PaaS, and SaaS options, all suited to corporate use cases.

Alibaba Cloud: Alibaba Cloud, also known as Aliyun, is a significant cloud computing provider in China and Asia Pacific, providing a wide range of cloud services that are comparable to other major cloud platforms.

Oracle Cloud Infrastructure (OCI): Oracle Cloud Infrastructure (OCI) is Oracle’s cloud computing platform, which offers a full range of cloud services such as compute, storage, networking, databases, and corporate applications.

OpenStack: OpenStack is an open-source cloud computing platform that enables users to create and administer both private and public clouds.


This course includes:

50 hrs Theory Sessions

50 hrs of Practice Sessions

30 hrs of Hands-on Project

Certificate: No

Students: 30

Language: English

Contact us

Phone: +91 949 393 8631
Email: info@zestcomputers.com