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This presentation on the DevOps tutorial will help you understand the basics of DevOps. In the video, we shall see the way how DevOps came into existence. and learn its basics. We will look at the industries that use DevOps and understand the applicability of DevOps. We'll learn the DevOps life cycle. Finally, we shall consider the market trends and talk about what the future of DevOps holds.<br><br>The topics covered in this video are:<br>Advent of DevOps<br>What is DevOps?<br>Industries using DevOps<br>Why do we use DevOps?<br>DevOps Life Cycle<br>Future of DevOps<br><br>Why learn DevOps? <br>Simplilearnu2019s DevOps training course is designed to help you become a DevOps practitioner and apply the latest in DevOps methodology to automate your software development lifecycle right out of the class. You will master configuration management; continuous integration deployment, delivery and monitoring using DevOps tools such as Git, Docker, Jenkins, Puppet and Nagios in a practical, hands on and interactive approach. The Devops training course focuses heavily on the use of Docker containers, a technology that is revolutionizing the way apps are deployed in the cloud today and is a critical skillset to master in the cloud age.<br><br>After completing the DevOps training course you will achieve hands on expertise in various aspects of the DevOps delivery model. The practical learning outcomes of this Devops training course are:<br>An understanding of DevOps and the modern DevOps toolsets<br>The ability to automate all aspects of a modern code delivery and deployment pipeline using:<br>1. Source code management tools<br>2. Build tools<br>3. Test automation tools<br>4. Containerization through Docker<br>5. Configuration management tools<br>6. Monitoring tools<br><br>Who should take this course?<br>DevOps career opportunities are thriving worldwide. DevOps was featured as one of the 11 best jobs in America for 2017, according to CBS News, and data from Payscale.com shows that DevOps Managers earn as much as $122,234 per year, with DevOps engineers making as much as $151,461. DevOps jobs are the third-highest tech role ranked by employer demand on Indeed.com but have the second-highest talent deficit.<br>1. This DevOps training course will be of benefit the following professional roles:<br>2. Software Developers<br>3. Technical Project Managers<br>4. Architects<br>5. Operations Support<br>6. Deployment engineers<br>7. IT managers<br>8. Development managers<br><br>ud83dudc49Learn more at: https://bit.ly/2ytbV4J
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What’s in it for you? Advent of DevOps What is DevOps? Industries Using DevOps Why do we use DevOps? DevOps Life Cycle Future of DevOps
Advent of DevOps Earlier, there was a Waterfall Model • Waterfall model was the first SDLC Model used for Software Engineering
Advent of DevOps Earlier, there was a Waterfall Model • Waterfall model was the first SDLC Model used for Software Engineering • The model is easy to understand and use
Advent of DevOps Earlier, there was a Waterfall Model Requirement Analysis System Design • Waterfall model was the first SDLC Model used for Software Engineering • The model is easy to understand and use • It is a sequential process in which every phase acts as an input for the next phase Implementation Testing Deployment Maintenance
Phases of The Waterfall Model Requirement Analysis System Design Implementation Testing Deployment Maintenance
Limitations of the Waterfall Model There were several limitations in the case of Waterfall Model • It was difficult to make changes in the sequential model
Limitations of the Waterfall Model There were several limitations in the case of Waterfall Model • It was difficult to make changes in the sequential model • The testing phase came extremely late in the process and was done only when the step arrived
Limitations of the Waterfall Model There were several limitations in the case of Waterfall Model • It was difficult to make changes in the sequential model • The testing phase came extremely late in the process and was done only when the step arrived • The clients were not included at any phase
Limitations of the Waterfall Model There were several limitations in the case of Waterfall Model • There was a high probability of risk and uncertainty in the project
Limitations of the Waterfall Model There were several limitations in the case of Waterfall Model • There was a high probability of risk and uncertainty in the project • Since the integration took place towards the end it prevents the identification of any challenges
Limitations of the Waterfall Model There were several limitations in the case of Waterfall Model • There was a high probability of risk and uncertainty in the project • Since the integration took place in the end it prevented the identification of any challenges • The model is not well suited for long, complex projects
Advent of DevOps Then came the Agile Model • Agile model is a collaboration of iterative and incremental models
Advent of DevOps Then came the Agile Model • Agile model is a collaboration of iterative and incremental models • The model focuses on teamwork, customer satisfaction, and fast delivery
Advent of DevOps Then came the Agile Model Retirement Initiation • Agile model is a collaboration of iterative and incremental models • The model focuses on teamwork, customer satisfaction, and fast delivery • The Agile process is divided into five phases Release Planning Development
Phases of The Agile Model Retirement Initiation Release Planning Development
Limitations of The Agile Model There were several limitations in the case of Agile Model • The output comes to the market faster, but it is fragmented and there is no combined unit
Limitations of The Agile Model There were several limitations in the case of Agile Model • The output comes to the market faster, but it is fragmented and there is no combined unit • Estimation of cost, time and resources is difficult at the beginning of the project
Limitations of The Agile Model There were several limitations in the case of Agile Model • The output comes to the market faster, but it is fragmented and there is no combined unit • Estimation of cost, time and resources is difficult at the beginning of the project • The process of documentation becomes limited
Limitations of The Agile Model There were several limitations in the case of Agile Model • The spirit of collaboration and team work is a big challenge to maintain
Limitations of The Agile Model There were several limitations in the case of Agile Model • The spirit of collaboration and team work is a big challenge to maintain • Only experienced professionals are capable of making decisions in the development process
Limitations of The Agile Model There were several limitations in the case of Agile Model • The spirit of collaboration and team work is a big challenge to maintain • Only experienced professionals are capable of making decisions in the development process • There is no clarity of what final product looks like
Advent of DevOps Finally comes DevOps
Advent of DevOps Finally comes DevOps
What is DevOps? • DevOps is a combination of Dev (Development) and Ops (Operations) team
What is DevOps? • DevOps is a combination of Dev (Development) and Ops (Operations) • It is a set of practices that work to automate and integrate all the processes between software development and IT teams.
What is DevOps? • It is a culture that bridges the gap between the Development and Operations team
What is DevOps? • It is a culture that bridges the gap between the Development and Operations team • Bringing together both the teams increases efficiency and improves business
Industries using DevOps There are several companies that use DevOps
Industries using DevOps There are several companies that use DevOps
Industries using DevOps There are several companies that use DevOps
Why do we use DevOps? Some of the major reasons to use DevOps are: Adaptability Better adaptation to market trends, and yield better business results
Why do we use DevOps? Some of the major reasons to use DevOps are: Fast Delivery Increase in the pace of releases, bug fixing, and response to customers
Why do we use DevOps? Some of the major reasons to use DevOps are: Reliability Ensuring the quality of infrastructure changes and application updates
Why do we use DevOps? Some of the major reasons to use DevOps are: Improved Collaboration Effective team building that has core values like ownership and accountability
Why do we use DevOps? Some of the major reasons to use DevOps are: Security Automation increases consistency and predictability that reduces human errors
DevOps Life Cycle Development Operations Integration Deployment Testing Feedback Monitoring
Development Operations Integration Deployment Testing Feedback Monitoring
Development Operations Integration Deployment Testing Continuous Development The application objectives are planned and the requirements are coded Feedback Monitoring
Development Integration Operations DevOps The DevOps tool commonly used in the Continuous Development phase is Git Testing Deployment Continuous Development The application objectives are planned and the requirements are coded Feedback Monitoring
Development Integration Operations Git is a version control system for tracking changes in computer files. It enables reliable communication between teams DevOps Testing Deployment Continuous Development The application objectives are planned and the requirements are coded Feedback Monitoring
Development Operations Integration Deployment Testing Continuous Integration The process includes planning of tests and understanding of code to build the product Feedback Monitoring
Development Integration Operations DevOps The DevOps tool commonly used in the Continuous Integration phase is Jenkins Testing Deployment Continuous Development The application objectives are planned and the requirements are coded Feedback Monitoring
Development Integration Operations Jenkins is an automation tool used to build and test software projects making it easier for developers to integrate changes DevOps Testing Deployment Continuous Development The application objectives are planned and the requirements are coded Feedback Monitoring