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DevOps Tools For Different Phases of DevOps Lifecycle

DevOps is formed by combining the words Development and Operations. So, as the name suggests, it is a practice that solely focuses on the smoothness of the development process of the project. But it is not easy to determine the usage of different DevOps tools at different phases of the DevOps lifecycle.

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DevOps Tools For Different Phases of DevOps Lifecycle

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  1. DevOps Tools For Different Phases of DevOps Lifecycle DevOps is formed by combining the words Development and Operations. So, as the name suggests, it is a practice that solely focuses on the smoothness of the development process of the project. But it is not easy to determine the usage of different DevOps tools at different phases of the DevOps lifecycle. This article will help you have the gist of which tools to look for. Crucial Phases of DevOps Lifecycle 1. Discover This is the initial phase of the DevOps lifecycle. Here, a team of dedicated researchers determines the extent of the project. Starting from the very basics, they state the goals and define success. The software team begins the research and accumulates ideas with the help of tools such as Miro and Mural. The collected information is then organized for the development team by Jira Product Discovery. The very first step of product design is product discovery as it sets the stage for decision making. During product discovery, vital information related to the user problems is gathered and devops services and solutions are built based on that. 2. Plan Talking about agile, the teams should use tools that enable them to break down the project into smaller tasks following faster deployment. Employ tools like Jira that do sprint planning, track the issue, and assist collaboration. Another thing is constantly collecting feedback from users and building a product utilizing those feedback. Use DevOps tools that allow “asynchronous brainstorming”. 3. Build Production-identical environment Tools like Puppet and Chef are majorly beneficial in operations. However, tools such as Kubernetes and Docker are often used by developers for having individual development environments. Infrastructure as code Modular applications are built by developers as they prove to be reliable and easy to maintain. Integrating this thought into IT infrastructure can be a bit tricky because of

  2. constantly changing systems. So, we use codes for provisioning. Infrastructure as code indicates that re-provisioning is speedier than repairing. Source control and collaborative coding Having source control of the code is crucial. A source control tool allows the storage of codes in various chains. Wherein, every change is visible which makes collaboration easy by sharing the same changes. You should look for a source control tool that integrates with different tools. 4. Continuous integration It is the routine checking in of the code to a shared repository multiple times a day. Along with testing it every time. This method helps in the early detection of the problem automatically. So that you can fix them at the earliest and release new features for the users ASAP. 5. Test Automated testing For DevOps, automated testing is one of the most essential functions. Automated testing is great for the long run as it speeds up the development and testing process. Test automation proves to be really useful in maintaining the quality of the software by eliminating any potential errors. Regular automated testing is done by developers for various aspects like security scanning and load testing. 6. Deploy Deployment dashboard A really challenging part before the release of the product is compiling the status of everything in one place. This is why we need dashboards. You need to have a tool that has a single dashboard synced with the code repository and other deployment tools. 7. Operate Any team collaborates effectively only when they see the exact same work and progress taking place. The same happens in the case of DevOps. Nothing hampers the collaboration between Dev and Ops more than the different systems used to track the project’s development. Employ DevOps tools that keep a record of different aspects of the project in one place. 8. Monitor Two types of monitoring require to be automated are server monitoring and application performance monitoring. Efficient monitoring is the key factor in determining the success of the DevOps team. Therefore, utilize tools that you can integrate with your group chat. 9. Continuous feedback

  3. It's really important to get the feedback of the customers. The collected feedback data helps you with insights. This will guide you and aid you in decision-making. However, it seems that focusing on feedback reduces the development speed. But it proves to be the key factor of success in the long run. Final Thoughts As easy as it seems, DevOps is the most challenging part of any system. To help you with that you need a team of professionals who knows the ins and outs of software development. And no one can guide you better in which DevOps tools to use and at what phase than a DevOps consulting company.

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