What is DevOps?

DevOps is the mix of social ways of thinking, practices, and instruments that builds an association's capacity to convey applications and administrations at high speed: advancing and improving items at a quicker pace than associations utilizing conventional programming improvement and foundation the board forms. This speed empowers associations to all the more likely serve their clients and contend all the more adequately in the market.

It's a strong handshake among improvement and activities that underscores a move in mentality, better joint effort, and more tightly mix. It joins spry, nonstop conveyance, mechanization, and considerably more, to support improvement and tasks groups be progressively effective, enhance quicker, and convey higher incentive to organizations and clients.

Benefits of DevOps

1. Speed

Move at high speed so you can enhance for clients quicker, adjust to changing markets better, and develop increasingly proficient at driving business results. The DevOps model empowers your designers and activities groups to accomplish these outcomes. For instance, microservices and persistent conveyance let groups take responsibility for and afterward discharge updates to them speedier.

2. Rapid Delivery

Increment the recurrence and pace of discharges so you can develop and improve your item quicker. The snappier you can discharge new highlights and fix bugs, the quicker you can react to your clients' needs and fabricate upper hand. Persistent coordination and nonstop conveyance are rehearses that computerize the product discharge process, from work to send.

In this course, Participant will learn to write reusable scripts with Python. Through intensive exercises, participant learn to use Python in your operating system and application environments as well as apply built-in functions of the language and make use of external modules.

3. Scale

Work and deal with your framework and advancement forms at scale. Robotization and consistency assist you with overseeing perplexing or changing frameworks effectively and with diminished hazard. For instance, framework as code causes you deal with your advancement, testing, and creation conditions in a repeatable and progressively proficient way.

4. Improved Collaboration

Construct increasingly successful groups under a DevOps social model, which underscores esteems, for example, proprietorship and responsibility. Designers and activities groups team up intently, share numerous obligations, and join their work processes. This diminishes wasteful aspects and spares time (for example diminished handover periods among engineers and activities, composing code that considers the earth wherein it is run).

What we do for you

In this course, the Participant will learn to write reusable scripts with Python. Through intensive exercises, participants learn to use Python in your operating system and application environments as well as apply built-in functions of the language and make use of external modules. Students should already be comfortable using the operating system (Linux, Unix, Windows, Solaris, Mac OS X, etc.) on which they will be running Python. While not mandatory, basic skills with at least one other programming language are desirable.

DevOps Training Courses|DevOps Content

Duration- 50 Hours

Module 1: Introduction of DevOps

  • Understand DevOps, its roles and responsibilities
  • DevOps problems and solutions
  • Identify cultural impediments and overcome it
  • Understand the infrastructure layouts and its challenges
  • Network Concepts at Enterprise Scale

Module 2: Version Control, GIT

  • Introduction VCS
  • Type of Vcs Tools and working Style
  • GIT Work Flow
  • Working Locally with GIT
  • Working Remotely with GITHUB
  • Branching and Merging
  • Resolve merge Conflict
  • GIT reset and Stash operation
  • How to setup Git on Premises Hardware
  • Use Case In Devops Environment

Module 3: Jenkins

  • Introduction of Jenkins
  • Install and setup Jenkins
  • Plugin Managemnent
  • Introduction About Maven project
  • Setup jenkins with Maven Project
  • Project Test and Auto deployment on Application Server
  • Build Pipeline View Project
  • Configure Remote tasks Using Jenkins
  • Jenkins Slave Node Configuration
  • Generate Reports & Enable Mail Notification
  • Intregation With Ansible & Docker & GIT Server

Module 4: Docker

  • Docker Introduction
  • Major Docker Components & Docker Installation
  • Manage Docker Images & continer Commands
  • Manage Docker images from Dockerfile
  • Docker Volume
  • Backup of docker image and restore operation
  • Docker Networking
  • Docker Swarm (Cluster Management)

Module 5: Ansible

  • Introduction About Automation
  • Ansible architecture
  • Ansible Modules and inventory
  • manage tasks by Add-hoc method
  • How to write Playbooks
  • Variables And Facts In Playbook
  • Condition & Loop in playbook
  • Notify & handler In playbook
  • Manage Templates file
  • Roles Structure and Ansible Galaxy Use case
  • Vault Encryption In ansible for security
  • Ansible Integration with Aws Cloud
  • dynamic inventory Administration
  • Ansible Tower Management
  • Manage jobs in Tower
  • Tower Intregration With Devops Environment

Module 6: Puppet

  • Introduction Puppet architecture
  • Ansible VS Puppet configuration Tools
  • Installation Puppet Server and Client
  • Puppet DSL Structure Introduction
  • Creating Manifests file and puppet classes
  • Variable and Facter and Condition in Manifests
  • Puppet Template File
  • Puppet Modules

Module 7:Revisiting Kubernetes Cluster Architecture

  • Introduction to Kubernetes
  • Kubernetes Cluster Architecture
  • Installation Kubernetes Cluster
  • Exploring your Cluster
  • Understanding YAML
  • Creating a Deployment in Kubernetes using YAML
  • Creating a Service in Kubernetes
  • Understanding about pod & Replication & Deployment configuration
  • Using Rolling Updates in Kubernetes

Module 8: Vagrant

  • Vagrant Introduction and Installation
  • About Vagrant File
  • Prepare machine By Vagrant file
  • Intregation With Ansible & Puppet

Module 9: Monitoring with Nagios

  • Nagios Overview
  • Understand Nagios Architecture
  • Install and Setup Nagios on Linux
  • Install and setup NRPE client
  • Setup monitoring
  • Enable email alert


Register yourself on KR NETWORK CLOUD and opted for the course you want


Prepare at our place. Learn courses from our trainers. Get the study material pertain to your courses. we also provide our computers so you can practice at anytime you want. you dont have to bring your own personal laptop.
you can carry study material if required. Our syllabus and others material also available on our website.


when you are ready and prepared then your next step is to give and exam to get certified. you have to register in our center for the specail certification like Star certification.


Get the KR network Cloud certification or our practicipation certification based on your skills and the Examination. We fully assist you to get certification.


we give 100 % job assistance. We only satisfied when our candidates is satisfied.

Exam Details

Exam Code DevOps
Launch Date
Number of Question 30
Type of Question MULTIPLE CHOICE
Length of Test 120 Minutes
Passing Score 70%
Recommended Experience Python language is Required to build the infrastructure.
Language English
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