DevOps Training and Certification Course

DEVOPS TRAINING FOR THE FUTURE INDUSTRY LEADERS FROM XCEED ACADEMY

Master the art and science of improving the development and operational activities of your organization with DevOps training from Xceed Academy. Whether you are a budding business or you have your full-fledged corporation physically, you can always leverage the skills from the DevOps training course to build expertise in continuous deployment through configuration management tools.

What is DevOps?

DevOps is an offshoot lean and agile approach that facilitates efficient collaboration between the Development and Operation teams in all stages of software development. The stages include design, development, deployment, testing along support. By ensuring the successful delivery of software that is completely usable during iteration, DevOps specialists aid to limit the frustration of the internal teams working on the products for the end-user.

Why should you go for a DevOps training Course?

The goal of DevOps training from Xceed Academy is to enhance collaboration and reduce the gap between the development as well as operations teams. Several firms are investing in DevOps technology to get practices done in a relatively easier and reliable approach.

By adopting a DevOps culture, enterprises all across the globe are enhancing their operative environments and you can do the same. If you are looking forward to landing high-paying jobs or you run organizations and you want to make your operational chain more effective, then a DevOps training course can come in handy.

By going through DevOps training one can shorten the production cycles. Believe it pr not, but siloed operation and development cycles can extend the production cycles unnecessarily, but with DevOps training, this problem can be averted.
With DevOps, training organizations can experience a revolutionized development culture that is based on improved communication and collaboration.
In addition, the deployment success rates can also be increased as programming errors won’t lead to deployment fails.
Through DevOps, training organizations can experience increased efficiency through automation as they rely on other tools like cloud-based platforms, and parallel workflow processes to accelerate development.

Why Choose Xceed Academy for DevOps training?

The DevOps training certification from Xceed Academy is designed by the industry forerunners who have years of experience in scaling and building applications for millions of global users. In our DevOps training course, we teach our trainees how to deploy applications for various environments and pipelines. There are also many end-to-end examples of ways to monitor the application.

For enterprise architects and individuals who have an insatiable urge for operational learning, our DevOps training course is best suited. All the courses are taught by skilled mentors who have years of experience in the industry. In addition, all the course structures are tailor-made depending on the individual learning capacities of different students, so they can learn better and more efficiently without any setbacks.

Still looking for DevOps training or are you on the fence about whether you need DevOps training or not? Get in touch with us for more information regarding DevOps training for the new generation.

Course Duration: 10 Days

Prerequisites

Any Scripting Language Knowledge
Linux Fundamentals
Python Scripting

Highlights

80 hours of Instructor Led Trainings
Hand-on Exercises on Live Projects
Practice Labs
End of Training Project
Module-wise Auto-graded Assessments and Quizzes
90 days exclusive post training online mentorship

COURSE CURRICULUM

Module 1

Introduction to DevOps

What is DevOps ?
Why DevOps – Case Study
Benefits of Devops
Understanding DevOps?
Overview of DevOps Tools

Module 3

Getting Started with Python

Learning Python Foundation
Working with Python

Module 5

Version Control with GIT

What is SCM
Git branching and merging
Git Overview
Creating pull request
Code Review
Merging changes
Create a repo and push code on GibHub / Bitbucket

Module 7

Docker Swarm

What is Docker Swarm?
Creating Swarm
Deploy Service on Swarm
Deploy Service on Swarm Service scaling
Applying rolling update
Managing Swarm
Draining node
Lab – Create your own swarm cluster
Lab – Install Docker Machine
Lab – Deploy Flask app as Highly available service
Lab – Apply Rolling update for flask app
Lab – Deploy Voting app in Docker Swarm

Module 9

Configuration Management with ANSIBLE

Introduction to Ansible
Ansible Prerequisites
Inventory Management
Executing adhoc commands
Write Playbooks
Configuration Management
Configuring Ansible Roles
Ansible Vault
Lab – Launching EC2 instances from bastion
Lab – Create a playbook to deploy Flask app

Module 11

Infrastructure as a code with Terraform

Introduction to Terraform
Terraform Installation
Terraform commands
Terraform Variables
Creating VM in AWS using Terraform
Installing nginx on EC2 using Terraform
Creating and using Terraform Modules
Terraform Templates
Lab – Deploying EKS using Terraform
Lab – Deploy ECS cluster in AWS using public module

Module 13

Continuous monitoring using Prometheus and Graffana

Introduction to Prometheus
Prometheus installation
Introduction to Grafana
Grafana Installation
Integration of Prometheus and Grafana
Adding customised dashboard in Grafana
Introduction to node exporter
Integrating node exporter for monitoring
Monitoring docker and containers
– Scrape metric from Grafana
Lab – View Node exporter metric in Grafana
Lab – View Docker metric in Grafana
Lab – Import AWS EC2 dashboard in Grafana

Module 2

Getting Started with Linux

Undertanding Command Line

Module 4

Getting Started with AWS

Account Registration
Regions and AZ
Instance types
Security Group
Launching EC2 Instance
Connecting to EC2 instance

Module 6

Containers

Containers Concepts
Container Vs Virtual Machine
Installing docker on CentOS, Debian and Windows
Managing Container with Docker Commands
Building your own docker images
Docker Compose
Docker registry – Docker Hub
Networking inside single docker container
Lab – Running Python Web App in docker container
Lab – Create a docker image from git repo
Lab – Deploying flask app using docker-compose
Lab – Complex deployment using docker-compose

Module 8

Automate Docker Swarm on AWS

Install AWSCLI
Configure AWSCLI
Create Swarm on AWS
Deploy service on Swarm

Module 10

Kubernetes

Introduction to Kubernetes
Architecture
Kubernetes cluster installation
Raft Consensus Algorith
Networking in Kubernetes
Installing Minikube
Objects in Kubernetes – Pod, Deployment
Services – Service Discovery, Service Object, Headless Services, Service Types
Role based Access
Volumes – Persistent Volumes, Persistent Volume Claim, Storage Class
Config Map and Secrets
Ingress – Virtual Host, Types, Fanout, Virtual Host, Fanout Ingress configuration, Virtual Host Ingress configuration
Lab – Installing Minikube on EC2
Lab – Enable and access Dashboard Addon
Lab – Deploy flask webapp on Minikube
Lab – Deploy Nginx app on Minikube
Lab – Deploy application with host type volumes
Lab – Create Elastic File system on AWS
Lab – Deploy nginx using PersistentVolume from AWS EFS
Lab – Create AWS Storage class backed by EBS storage
Lab – Deploy Flask app as daemon set
Lab – Deploy Flask app with different labels
Lab – Run Kuard pod to view secret
Lab – Access Flask app without service
Lab – Access Flask app through service
Lab – Deploy and access Headless service

Module 12

Continuous Integration Using JENKINS

Introduction to Jenkins
Continuous Integration & Continuous Integration with Jenkins
Jenkins Architecture
Installing Jenkins on EC2
User management
Set up Jenkins Master & Slave
Setup CI-CD pipeline for sample project
Lab – Setup Role based access
Lab – Master/Slave Setup
Lab – Configure SCM in Jenkins

PROJECTS:

Deploying static website on AWS Elastic Beanstalk using Docker andTravis CI:We will first make a simple static website, then dockerize the app.Then we will push it to GitHub and enable Travis to track changesin that repository. Further, we will understand the app deploymenton the AWS Elastic Beanstalk using S3 and IAM. We will also hostthe app on a public domain bought from Google Domains andconfigure it with the help of Amazon Route 53.
Deploying Multi-Container Flask App on AWS: We will deploy the multi-container Flask app (Nginx, uWSGI, Redisand PostgreSQL) on AWS Elastic Beanstalk
Deploying Flask app on AWS using RDS and ElastiCache: ○ We will deploy the Flask app on AWS Elastic Beanstalk usingDocker, RDS(PostgreSQL), ElastiCache(Redis) and Travis CI
Testing App Locally on MiniKube: In this project, we will understand what is Kubernetes and what isMinikube. As part of the hands-on, we will learn to set up Minikubewith VirtualBox in Windows 10 Home system. We will learn variousconcepts of Kubernetes like pods, deployments, services, andingress, and have a look at how we could create them in variousways using different commands. We will also deploy the singlecontainer static web application – which we have dockerized aspart of the Docker, Travis, and AWS project series – and access itusing Kubernetes ingress.
Deploying Static App on Google Kubernetes Engine:In this project, we will learn how to deploy a static website on theGoogle Cloud Platform (GCP). It is very highly recommended to gothrough the project Testing App Locally on MiniKube, as thecurrent project is dependent on that.