- 3 Live Project
- Self-Paced/ Classroom
- Certification Pass Guaranteed
- DevOps is a remarkable methodology that enables a software development team to improve their work and productivity throughout the SDLC (Software Development Lifecycle). Furthermore, the software development methodology enables a software development team to produce high-quality software at a much faster pace. This Masters in DevOps Certification will provide you with in-depth knowledge about various DevOps tools like Git, Jenkins, Docker, Ansible, Kubernetes, etc.
- Additionally, the AWS DevOps Certification will help you become an expert in improving the development/operational activities of a software development team. Moreover, you will also learn about different configuration management tools.
- Things you will learn in Azure DevOps Training:
- Prerequisites: This DevOps Training is for aspiring DevOps engineers who wish to become proficient in this marvellous software development methodology.
- The DevOps Certification Course is for:
Benefits of DevOps methodology
DevOps lifecycle
How to work with different DevOps tools
Version control
Configuration management
Continuous integration
DevOps delivery pipeline
Passion for learning
Basic computer knowledge
Basic knowledge of SDLC
Newbies that have no knowledge of DevOps methodology
Aspiring DevOps engineer
Developers
Software architects
Beginners in the CI world
Engineering graduates, etc.
- The DevOps Training content normally comprises of some the latest features, benefits, and implementations.
- Our Azure DevOps Training will help you in:
Help students become familiar with the DevOps methodology.
Make students comfortable with using various DevOps tools.
Help students understand the DevOps lifecycle.
Make students understand the importance of DevOps methodology.
Make students proficient in version control.
Teach students how to increase the speed of the software development process with the DevOps methodology.
Make students proficient in configuration management.
Becoming familiar with the fundamental concepts of DevOps methodology.
Becoming an expert in improving the development/operational activities of a software development team.
Our AWS DevOps Certification will master various DevOps tools.
Becoming an expert in using the methodology for increasing the speed of the software development process.
Becoming an expert in deploying apps in containers.
Post completing the Azure DevOps Training, you will get to know how to analyse configuration management.
Understanding the duties of a DevOps engineer.
Becoming an expert DevOps engineer.
- Today DevOps methodology has gained lots of popularity in the IT world. As per Statista, there is a 17% increase in the number of organizations using the DevOps methodology.
Additionally, as per the report of Puppet Labs, there is a significant increase in the global adoption of DevOps methodology.
Our DevOps Course will help you acquire handsome remuneration as a DevOps engineer.
As per Glassdoor, a DevOps engineer can earn around 4,00,000 per year as a fresher. On the other hand, an experienced DevOps engineer can earn around 7,00,000-11,00,000 per year.
- Once you complete the AWS DevOps Certification, you will get lots of job opportunities and career options to choose from. Besides, since the demand for DevOps engineers is so big, you will also get a hefty amount of money for your services. After completing the Azure DevOps Training, you can work as a:
- Well, DevOps Training offers high-paying career opportunities as various MNC companies like Google and Accenture are always in constant search of seasoned DevOps engineers. In short, enrolling yourself in the DevOps Course can be very beneficial for you.
DevOps trainer
DevOps Architect
DevOps cloud engineer
Automation Architect
Release Manager
Software Developer
- To be honest, there are numerous reasons to get started with the AWS DevOps Certification. Today a large number of firms have adopted the DevOps methodology. As per Statista, there is a 17% increase in the number of organizations using the DevOps methodology. This is mainly because of the benefits that the methodology provides to an organization.
- Here are a few reasons why Azure DevOps Training is so popular:
Encourages faster software development
It promotes end-to-end responsibility
Stabilizes work environment
Promotes agility
It brings transparency to the development process
- DevOps engineers have to work with different teams to create and implement software systems. Besides this, they work together with IT professionals like software developers, quality assurance professionals, etc., for managing code releases. In short, the work of a DevOps engineer is not that easy. By getting started with the DevOps Training, you will get to know about each role in quite a detailed way.
Write documentation for the server-side features.
Our AWS DevOps Certification will examine technologies used by developers and develop plans for improvement and expansion.
Participate in project management meetings.
Perform maintenance tasks.
Mentor team members, etc.
- The demand for DevOps engineers is very big in the global job market. This is mainly because a large number of organizations are using the DevOps methodology. As per the report of Puppet Labs, there is a significant increase in the global adoption of DevOps methodology.
- By acquiring DevOps Certificate Course training reason why various MNC companies like Google and Accenture are always in constant search of seasoned DevOps engineers.
- Here are some of the firms that are always in constant search of seasoned DevOps engineers post completing the DevOps Course:
Accenture
IBM
TCS
Cognizant
Wipro
- After completing the AWS DevOps Certification, students will receive a training certificate for showcasing their proficiency in implementing the DevOps methodology. Besides this, you will receive 100% placement support from Croma Campus and access to our job portal.
- Advantages of acquiring Azure DevOps Training:
Industry-recognized certification.
Hike in salary.
Exciting career.
It helps in proving your proficiency in implementing DevOps methodology.
- Related Courses to DevOps Certification Courses
Why Should You Do DevOps Certification Training?
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Devops Certification Training Programs
Devops Certification TrainingPrograms
- DevOps: DevOps is a set of Practices that Combines Software Development and IT Operations. It aims to shorten the Systems Development Life Cycle and provide Continuous Delivery with High Software Quality.
- In this Training you will Learn
Infrastructure Setup
Overview of DevOps: In this module you will be introduced to DevOps environment.
Introduction to DevOps on Cloud
Git, Jenkins & Maven (Version Control, Continuous Integration & Build)
AWS (Amazon Web Services)
Docker (Continuous Deployment)
Puppet (Continuous Deployment)
Ansible (Configuration Management)
Kubernetes (Containerization using Kubernetes)
Nagios (Continuous Monitoring with Nagios)
- In this module, you will learn what Cloud Computing is and what are the different models of Cloud Computing along with the key differentiators of different models. We will also introduce you to virtual world of AWS along with AWS key vocabulary, services and concepts.
- Git
- Docker
- Selenium
- Jenkins
- Puppet
- Ansible
- Kubernetes
EC2 Walkthroug
Installation of DevOps Tools in the Cloud
- In this module you will be introduced to DevOps environment.
Why DevOps
What is DevOps
DevOps Market Trends
DevOps Engineer Skills
DevOps Delivery Pipeline
DevOps Ecosystem
- Learn about various Cloud Services and service providers; also get the brief idea of how to implement DevOps using AWS.
Why Cloud
Introduction to Cloud Computing
Why DevOps on Cloud
Introduction to AWS
Various AWS Services
DevOps using AWS
- In this module, you will learn about the different actions performed through Git and will be introduced to Jenkins and Maven.
- What is Version Control
- What is Git
- Why Git for your Organization
- Install Git
- Common Commands in Git
- Working with Remote Repositories
- Branching and Merging in Git
- Git Workflows
- Git Cheat Sheet
- What is CI
- Why CI is Required
- Introduction to Jenkins (With Architecture)
- Introduction to Maven
- Branching and Merging, Stashing, Rebasing, Reverting and Resetting
- Build and Automation of Test using Jenkins and Maven
- Jenkins Management
- Adding a Slave Node to Jenkins
- Building Delivery Pipeline
- Pipeline as a Code
- Implementation of Jenkins
- Build the Pipeline of Jobs using Jenkins
- Create a Pipeline Script to Deploy an Application over the Tomcat Server
Version Control with Git
Git, Jenkins & Maven Integration
Jenkins (Continuous Integration)
- 3 Live Project
- Self-Paced/ Classroom
- Certification Pass Guaranteed
- Choosing a right Infrastructure as Code Tool
- Installing Terraform - Windows Users
- Installing Terraform Mac OS and Linux Users
- Choosing Right IDE for Terraform IAC development
- Setting up AWS account
- Creating first EC2 instance with Terraform
- Understanding Resources & Providers
- Destroying Infrastructure with Terraform
- Understanding Terraform State files
- Understanding Desired & Current States
- Challenges with the current state on computed values
- Terraform Provider Versioning
- Types of Terraform Providers
- Understanding Attributes and Output Values in Terraform
- Referencing Cross-Account Resource Attributes
- Terraform Variables
- Approaches for Variable Assignment
- Data Types for Variables
- Fetching Data from Maps and List in Variable
- Count and Count Index
- Conditional Expressions
- Local Values
- Terraform Functions
- Data Sources
- Debugging in Terraform
- Terraform Format
- Validating Terraform
- Configuration Files
- Load Order & Semantics
- Dynamic Blocks
- Tainting Resources
- Splat Expressions
- Terraform Graph
- Saving Terraform Plan to File
- Understanding Provisioners in Terraform
- Types of Provisioners
- Implementing remote-exec provisioners
- Implementing local-exec provisioners
- Understanding DRY principle
- Implementing EC2 module with Terraform
- Variables and Terraform Modules Terraform Registry
- Terraform Workspace
- Implementing Terraform Workspace
- 3 Live Project
- Self-Paced/ Classroom
- Certification Pass Guaranteed
- Containerization
- History of Containers
- Namespaces and C Groups
- Containers vs Virtual Machines
- Types of Containers
- Introduction to Docker
- Docker Architecture
- Container Lifecycle
- Docker CE vs Docker EE
- Docker Engine
Setting up Docker Engine
Upgrading Docker Engine
- Setting up logging drivers in Docker
- Configuring Logging Drivers
- Docker Terminology
- Port Binding
- Detached vs Foreground Mode
- Starting Containers in different modes
- Docker CLI Commands
- Docker Exec Commands
- Restart Policy in Docker
- Removing Containers
- Docker-file
- Write a Docker-file to create an Image
- Docker-file Instructions
- Docker Registry
- Configuring Local Registry
- Build Context
- Docker Image Tags
- Setting up Docker Hub
- Removing Images from the Registry
- Docker Storage
- Types of Persistent Storage
- Volumes
- Bind Mounts
- TMPFs Mount
- Storage Drivers
- Device Mapper
- Docker Clean Up
- Docker Compose
- Deploy a Multi-container Application using Compose
- Docker Swarm
- Running Docker in Swarm mode
- Docker Service
- Deploying a Service in Swarm
- Service Placement
- Scale Services
- Rolling Update and Rollback
- Docker Stack
- 3 Live Project
- Self-Paced/ Classroom
- Certification Pass Guaranteed
- Kubernetes Fundamentals
Kubernetes Core Concepts
Kubectl common commands
Understanding Pods
Configure network on cluster nodes
Pod Networking Concepts
Setting up a cluster - Kubernetes Certificates
- Practical Assignment
Perform basic Kubectl commands
Deploy pods and use INIT containers to pre-set an environment
Configure Kubernetes network using Calico
Use certificates to authenticate resources
- Services and Controllers
- Service Networking
- Deploy different kinds of services
- Deploy and configure network Load Balancer
- Primitives necessary for self-healing apps
- Effects of resource limiting on pod scheduling
- Configure Kubernetes Scheduler
- Running multiple Schedulers
- Replica Set and Replication Controller
- Deploy different Replication Controllers
- About Daemon Sets
- Use Daemon Sets on nodes
- Deployments
- Manage pod updates using Deployments
- Rolling updates and Rollbacks
- Scaling applications and Ingress
- Use HPA for dynamic work-load management
- Use Ingress controller and rules to manage network traffic
- Persistence Storage Overview
Persistent Volume and Persistent Volume Claim
Access modes for volumes
Primitives for Persistent Volume Claim
Secrets and Config Maps in your pods
Storage classes
Headless services
Stateful Sets
- Lab Work
Deploy Persistent Volume and Persistent Volume Claim
Use Secrets and Config Maps in your applications
Use Storage Class for dynamic storage allocation
Use stateful applications for sticky identities for pods
Deploy a highly available replicated MariaDB cluster
- Basic Concepts
Authentication
Authorization
Kubernetes security primitives
Configure Network Policies
Security Contexts
- Lab Work
Create and use Roles and Role Bindings
Define custom Egress and Ingress policies
Use probes and configure a restart policy for pods
Define privilege and access control using security contexts
- 3 Live Project
- Self-Paced/ Classroom
- Certification Pass Guaranteed
- Evolution of Infrastructure
- Overview of Infrastructure as a Code
- What is Configuration Management
- Ansible Overview
- Ansible Architecture and its working
- Ansible in DevOps
- Installation and Configuration
- Working with Command Line Tools
- Playbook YAML definition
- Playbook terms
- Playbook tasks
- Writing Ansible Playbooks
Hosts and Users
Variables
Tasks
Handlers
Jinja2 Templates
- Overview of Modules
- Types of Modules
- Core Modules
- Extras Modules
- Return Values
- Adhoc Commands
- Case Study
- Overview of Roles
- Role Directory Structure
- Using Roles
- Working with Ansible Galaxy
- 3 Live Project
- Self-Paced/ Classroom
- Certification Pass Guaranteed
- Lesson Introduction
- Traditional Software Development
- Continuous Integration
- Continuous Delivery
- Continuous Deployment
- Building the continuous deployment process
- Automated Deployment Pipeline
- CI/CD Tool Selection
- Lesson Introduction
- Setting Up Git
- Assisted Practice: Git Set-up
- Setting Up Jenkins
- Assisted Practice: Jenkins Set-up
- Maven Set-up
- Assisted Practice: Maven Set-up
- Exploring Jenkins
- Assisted Practice: Build a Maven Project
- Building a Maven Project with Jenkins
- Lesson Introduction
- Understanding Jenkins Build Jobs
- Freestyle Build Jobs
- Assisted Practice: Freestyle Job
- Build Triggers
- Assisted Practice: Scheduled Builds
- Assisted Practice: Polling SCM
- Build Steps
- Jenkins Environment Variables
- Post-build Actions
- Assisted Practice: Post-build Actions
- Using Jenkins with Other Languages
- Assisted Practice: Building Projects with Gradle
- Parameterized Build Jobs
- Assisted Practice: Parameterized Builds
- Assisted Practice: Building From Tags
- Assisted Practice: Remote Triggering Parameterized Builds
- Enabling Security in Jenkins
- Assisted Practice: Enabling Security
- Build Pipelines and Promotions
- Triggering Parameterized Builds
- Lesson Introduction
- Introducing Pipelines
- Understanding Pipeline Structure
- Defining a Pipeline
- Declarative Pipeline Syntax
- Scripted Pipeline Syntax
- Assisted Practice: Building Pipelines In Jenkins
- Building a Pipeline
- Continuous Integration Pipeline
- Assisted Practice: Building Continuous Integration Pipelines in Jenkins File
- Building Pipelines from Jenkinsfile
- Assisted Practice: Building Continuous Integration Pipelines in Jenkinsfile
- Snippet Generator
- Unassisted Practice: Snippet Generator
- Global Variable Reference
- Declarative Directive Generator
- Unassisted Practice: Restarting Pipelines
- Multistage Pipeline
- Jenkins as an Automation Testing tool
- Assisted Practice: CI with Junit in Jenkins
- Code Coverage using Jacoco
- Assisted Practice: Code Coverage with Jacoco
- Code Coverage using Clover
- Assisted Practice: Code Coverage with Clover
- Acceptance and Performance Tests in Jenkins
- Assisted Practice: Integrate JMeter with Jenkins
- Testing Code Coverage
- 3 Live Project
- Self-Paced/ Classroom
- Certification Pass Guaranteed
- Monolithic Architecture
- Distributed Architecture
- Service oriented Architecture
- Microservice and API Ecosystem
- Microservices in nutshell
- Point of considerations
- SOA vs. Microservice
- Microservice & API
- REST Architecture principles
- Microservice Characteristics
- Inter-Process Communications
- Microservice Transaction Management
- Domain Driven Design
- Big Mud Ball to Sweet Gems
- Untangling the Ball of MUD
- Kill the MUD Ball growth
- Repackaging/Refactoring
- Decouple the User interface and Backend Business Logic
- MUD Ball to Services
- Microservice Design Patterns
- Microservice Architecture Decisions
- Why is Security important
- Microservice Security Principles
- Microservice Security techniques
- Access Tokens
- OAuth 2.0
- How to secure a Microservice using OAuth 2.0
- Persistence Storage Overview
Persistent Volume and Persistent Volume Claim
Access modes for volumes
Primitives for Persistent Volume Claim
Secrets and Config Maps in your pods
Storage classes
Headless services
Stateful Sets
- Lab Work
Deploy Persistent Volume and Persistent Volume Claim
Use Secrets and Config Maps in your applications
Use Storage Class for dynamic storage allocation
Use stateful applications for sticky identities for pods
Deploy a highly available replicated MariaDB cluster
Mock Interviews
Prepare & Practice for real-life job interviews by joining the Mock Interviews drive at Croma Campus and learn to perform with confidence with our expert team.Not sure of Interview environments? Don’t worry, our team will familiarize you and help you in giving your best shot even under heavy pressures.Our Mock Interviews are conducted by trailblazing industry-experts having years of experience and they will surely help you to improve your chances of getting hired in real.How Croma Campus Placement Process Works?
Phone (For Voice Call):
+91-971 152 6942WhatsApp (For Call & Chat):
+91-8287060032Projects
Batch Request
SELF ASSESSMENT
Learn, Grow & Test your skill with Online Assessment Exam to
achieve your Certification Goals

FAQ's
- Passion for learning
- Basic computer knowledge
- Basic knowledge about SDLC
It may take around 35-45 days to complete the DevOps Online Training program.
This DevOps Professional Certification course doesn’t require you to have a technical background to complete it.
You will learn under the mentorship of an expert DevOps engineer.
You can make approximately ₹4,00,000 per year. However, as you gain experience as a DevOps engineer, your salary will also increase. A senior DevOps engineer can earn around ₹7,00,000-₹11,00,000 per annum.
The Safe DevOps Certification course is ideal for DevOps professionals, system administrators, developers, testers, product managers, and anyone involved in building, deploying, and delivering software products.

- - Build an Impressive Resume
- - Get Tips from Trainer to Clear Interviews
- - Attend Mock-Up Interviews with Experts
- - Get Interviews & Get Hired
If yes, Register today and get impeccable Learning Solutions!.

Training Features
Instructor-led Sessions
The most traditional way to learn with increased visibility,monitoring and control over learners with ease to learn at any time from internet-connected devices.
Real-life Case Studies
Case studies based on top industry frameworks help you to relate your learning with real-time based industry solutions.
Assignment
Adding the scope of improvement and fostering the analytical abilities and skills through the perfect piece of academic work.
Lifetime Access
Get Unlimited access of the course throughout the life providing the freedom to learn at your own pace.
24 x 7 Expert Support
With no limits to learn and in-depth vision from all-time available support to resolve all your queries related to the course.

Certification
Each certification associated with the program is affiliated with the top universities providing edge to gain epitome in the course.
Showcase your Course Completion Certificate to Recruiters
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Training Certificate is Govern By 12 Global Associations.
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Training Certificate is Powered by “Wipro DICE ID”
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Training Certificate is Powered by "Verifiable Skill Credentials"




