AWS Devops training

Topics: 

• Overview of Cloud Computing
• The popularity of AWS in the cloud computing segment
• Overview of different products offered by AWS 
• Introduction to AWS S3, EBS, ELB, EC2, VPC, and AMI. 
• Deep understanding of  AWS architecture, and Management Console
• Comparing Public IP and Elastic IP
• Introduction to AWS EC2 best practises and costs involved.
•  Procedure to launch an AWS EC2 instance.
•  Introduction to autoscaling, and backup services in AWS.

Learning outcome: You will gain hands-on expertise in Setting up an AWS account, process of hosting a website, process to launch an EC2 instance, and launching a Linux Virtual Machine with the help of an AWS EC2 instance.

Topics: 

• Introduction to Elastic Block Storage (EBS) and its role in  block-level persistent storage
• Understanding Amazon relational databases such as Amazon RDS and Amazon Aurora.
• Amazon DynamoDB ( NoSQL database)
• Understanding Amazon Redshift  
• Amazon ElasticCache
• Implementation of  AWS database migration service.

Learning outcome: You will gain practical exposure in creating  Amazon RDS instances, Table creation in master RDS, developing a Read Replica instance of RDS, procedure or add data to a master, data adding to replica RD, creating PostgreSQL using Aurora and running queries.

Topics:

• Introduction to AWS storage
• AWS S3 bucket creation
• AWS S3 (Simple Storage Service)
• AWS Storage Gateway
• Overview of Command Line Interface (CLI)
• Providing hosting through Amazon S3 to a website Amazon Glacier storage for archiving and long term data backup
• Amazon Snowball for performing data import/export tasks. 

Learning outcome: You will gain hands-on experience in running AWS CLI command, AWS Storage Gateway deployment, integrating on-premise and cloud-based software. 

Topics: 

• Introduction to Fault tolerance in AWS 
• A brief understanding of Elastic Load Balancing
• Understanding various types of Load Balancers such as AWS Auto Scaling mechanism, Classic and Application, etc. 
• The process to access Elastic Load Balancing 
• AWS Management Console 
• studying AWS SDK, Https Query API and AWS CLI.

Learning outcome: Upon the completion of this section, you will gain hands-on experience in the creation of Elastic Load Balancer (ELB), gain familiarity with Management Console, and auto-scaling configuration. 

Topics: 

• Introduction to Amazon Virtual Private Cloud (VPC)
• How VPC is used as the EC2 networking layer
• Getting starting with VPC 
• Components of VPC networking
• Default and non-default VPCs
• IP addressing, VPN connections, security, Internet accessing
• VPC supported platforms and using AWS PrivateLink for accessing AWS services

Learning Outcome:  By the completion of this chapter you will gain hands-on exposure in the process to create a Virtual Private Network for an AWS EC2 instance and get access to it using AWS PrivateLink and Internet.

Topics: 

• Overview of multiple AWS application services
• Introduction to Simple Notification Service (SNS), Simple Email Services (SES), Elastic Beanstalk
• Elastic OpsWorks, AWS Lambda, and CLI.

Learning Outcome: Upon the completion of this chapter, you will gain practical experience of running an app using AWS Elasticbeanstalk, generating notification service, deploying SES, Copying objects using AWS Lambda, Using AWS OpsWorks for provisioning and modelling.

Topics:

• Authentication and authorization  
• IAM Policies – JSON structure 
• IAM HTTPS API
• User groups and roles 
• Using AWS CloudTrail to logging IAM events 
• CloudWatch, to monitor and manage cloud resources
• Billing for Cloud watch
• Alerts and notifications for cloud watch 

Learning Outcome: After finishing this chapter you will learn the process to create the JSON document with access policy for users in defined and access policy and logging I'M events with AWS CloudTrail.

Topics: 

• Configuration management 
• Using OpsWorks to automate server configuration 
• Understanding the procedure to server configuration, management and deployment across EC2 Instances 
• Using Amazon Machine Image (AMI) to create a virtual machine
• Introduction to AWS Route 53 and Domain name registration service. 
• The process to route internet traffic to resources
• Automatic health check of resources
• Infrastructure resource provisioning using AWS CloudFormation

Learning Outcome: By the completion of this chapter, you will gain hands-on experience in registering a domain using Route 53, automation of health check of resources, traffic routing to the resources.  

Topics: 

• Guidelines to be followed while developing an efficient AWS framework 
• Designing highly available and fault-tolerant architecture 
• Decoupling mechanism, resilient storage, and disaster recovery solution.
• Multi-tier architecture solution, scalable and elastic solutions.

Learning Outcome: You will gain complete knowledge of guidelines for creating AWS architecture, and the procedure to develop a disaster recovery solution and multi-tier architecture solution. 

Topics: 

• Exam guidance
• Popular interview questions
• Tips to clear certification and interview 

Learning outcome: By the completion of this chapter, you will master all the important questions required to clear your interview and certification exam. 

Topics: 

• Migrating to AWS Cloud 
• Components of migration 
• Various stages involved in cloud adoption 
• Migration procedure 
• Various tools used in AWS for migration 
• Tracking application migration
• Types of migration such as application migration, data migration, databases migration etc. 

Learning outcome: Upon the completion of this chapter you will gain knowledge of all fundamental concepts involved in the AWS cloud migration process.

Topics: 

• AWS cloud security components 
• Security compliance, penetration testing
• Identity and Access Control (IAM)
• Automatic audits and compliance
• Mitigating DDOS
• Log management 
• Automatic audit, limitations, compliance and challenges of native AWS security. 

Learning outcome: Upon the completion of this chapter you will gain all the knowledge required to work with various AWS security components. 

Topics: 

Installation of Following DevOps tools on AWS

• Git
• Selenium
• Jenkins
• Ansible
• Nagios
• Docker
• Maven
• Puppet
• Kubernetes 

Learning outcome: By the end of this chapter, you will gain overall knowledge required to install all DevOps tools on the AWS platform. 

Topics: 

• Overview of Software development 
• Software Development Life Cycle
• The traditional procedure followed in SLDC
• What is DevOps?
• Why is DevOps popular?
• Tools used in DevOps
• DevOps Lifecycle

Learning outcome: This chapter will provide you with an overview of DevOps and various tools used in it. 

Topics: 

• Overview of Version control 
• Different versions control systems
• Introduction to Git
• Introduction to SVN
• Git Commands
• Merging Branches
• Working with Git branches 
• Git Workflow
• Resolving Merge Conflicts

Learning Outcome: Upon the completion of this chapter you will gain practical knowledge of Git Commands, pushing code, stashing code, adding and deleting git branches, merging branches,  and usage of merge tools.

Topics: 

• Introduction to Docker 
• Overview of Docker lifecycle 
• Docker Ecosystem 
• Typical Docker operations 
• Making modifications in container 
• Using Docker file to create a custom Docker Images
• Transferring container image to Docker Hub

Learning Outcome: By the completion of this chapter you will acquire hands-on experience in Docker Operations, making changes to Docker, Docker account creation, creation of local image repository etc.

Topics: 

• Overview of Docker Volumes
• Using Docker Network to deploy a Multi-Tier Application
• Introduction to Container Orchestration
• Tools used in Container Orchestration 
• Usage of Docker compose to deploy Containers
• Introduction to Docker Swarm
• 2-Node cluster deployment using Docker Swarm 

Learning Outcome: By the completion of this chapter, you will learn to create Docker volumes, deploy multiple containers, & Multi-Node Cluster, deploying multi-server apps etc. 

Topics:

• Need for the configuration management 
• Tools available for configuration
• Introduction to Puppet & its architecture
• Puppet File Server  
• Puppet Manifests and modules 
• Applying configuration with puppet 

Learning Outcome: By the completion of this chapter, you will become familiar with Master-slave nodes setup on AWS, deploying manifests on nodes, implementing file server modules, etc.   

Topics:

• Introduction to Ansible 
• Comparing Ansible with Puppet 
• Architecture of Ansible 
• Master-Slave Node setup using Ansible 
• Ansible Roles 
• Ansible Playbook 
• Configuration management using Ansible 

Learning Outcome: By the completion of this chapter you will gain hands-on experience in configuration management using Ansible tools and get to know the procedure to work with Playbook. 

Topics: 

• Introduction to Testing
• Overview of continuous testing 
• What is Selenium? 
• Introduction to Maven 
• Using Selenium with Maven Developing test cases using Selenium 
• Introduction to headless mode 
• Running test cases on chromium-browser 

Learning Outcome: Upon the completion of this module you will learn to use Maven to import dependencies, use Selenium to create sample test cases, and be able to implement headless tests in selenium. 

• Topics: 
• Overview of continuous integration 
• Jenkins Architecture (Master-Slave)
• Developing a CI/CD Pipelines 
• Creation of end to end CI/CD automated Pipeline 

Learning Outcome: Upon the completion of this module, you will gain practical knowledge in the areas such as continuous integration, developing CI/CD pipeline, Jenkins Architecture, developing a CI/CD automated pipeline. 

Topics: 

• Overview of Kubernetes 
• Kubernetes vs Docker Swarm 
• Kubernetes Architecture V
• arious methods to deploy Kubernetes
•  Using Kubeadms for deploying Kubernetes 
• YAML Files 
• Services in Kubernetes
•  Deployment creation using YAML 
• Ingress in Kubernetes 

Learning Outcome: By the completion of this module you will be able to set up Kubernetes, Install Kubernetes, create services, ingress, deployment, etc.

Topics:

• Introduction to Continuous monitoring 
• Overview of Nagios and its architecture 
• Monitoring Services offered by Nagios 
• Introduction to NRPE Plugins 
• Monitoring system info 

Learning outcome: By the completion of this module, you will learn the procedure to install Nagios and be able to monitor various servers using Nagios.

Topics: 

• Process to deploy DevOps methodology and principles on AWS. 
• Different stages and life cycle of DevOps
• AWS CodeCommit
• Introduction to AWS CodeBuild 
• AWS CodeDeploy
• AWS CodePipeline 

Learning Outcome: By the completion of this chapter you will gain the knowledge of multiple DevOps concepts such as DevOps principles, DevOps Lifecycle, AWS CodeBuild, AWS CodePipeline, AWS CodeBuild, etc.

Topics: 

• Installing Terraform  for Linux and Windows users 
• Creation of EC2 instance using Terraform 
• Terraform Code
• Understanding providers & resources
• Using Terraform to destroy architecture 
• Destroying targeted resources
• Overview of Terraform State files
• Understanding Desired & Current States
• Issues with the current state 
• Terraform Commands
• Types of Terraform Providers
• Terraform Provider Versioning
• Understanding output values in Terraform 
• Understanding Cross-Account Resource Attributes
• Terraform Format
• Fetching data from list and maps in variables. 
• Testing  Terraform Configuration Files. 

Learning outcome: This Module will give you hands-on experience in implementing local-exec provisioners & remote-exec provisioners, Ansible integration with Terraform.

Topics: 

• Overview of DRY method 
• Implementation of EC2 module with Terraform
• Terraform Workspace
• Terraform Registry 
• Variables and Terraform modules
• Challenges associated with Committing TFState to GIT
• Issues with State File locking
• Implementing S3 Backend
• Terraform State Management
• Fetching remote state information using data gets 
• Security Primer
• Using Terraform to import existing resources 
• Overview of Terraform Cloud
• Sensitive Parameter
• Security Primer

Learning Outcome: In this module, you will gain real-time experience in the creation of infrastructure using Terraform cloud, Sentinel overview & rescues, Terraform role in AWS STS, working with Access & Secret Keys, etc.