To begin with, DevOps is a combination of software development (dev) and operations (ops) which results in improving the efficiency, speed, and security of software development. In addition, the DevOps approach improves the cross-functional approach of building and shipping applications in a faster and more iterative manner. Many institutes provide DevOps Training Online and enrolling in them can surely help you start a career in this domain.
Phases in DevOps Practice?
The DevOps practice consists of a few necessary passes which are as follows:
Planning- Planning is the first phase of DevOps and it includes using productivity tools like Confluence and Jira. These tools allow DevOps teams to improve project management and facilitate on-time delivery of software products.
Build and Delivery- The build and delivery phase consists of using software tools like Docker, Chef, Terraform, Puppet, and Ansible. These tools facilitate seamless development, deployment, and testing and developers can surely rely on them.
Testing- It is necessary to use tools like Jenkins, CircleCI, and GitLab CI for the testing phase in DevOps. These testing tools result in minimizing the time, effort, and errors while testing the code. Along with it, they also result in improving the testing capabilities of organizations without compromising code quality and user experience.
Software monitoring and logging- This is the last phase of DevOps and it consists of performance monitoring, analysis, logging, and processing feedback, and a few other tasks are included in this stage. A DevOps user may use tools such as Prometheus, Elastic (ELK) Stack, Grafana, Sumo Logic, and Splunk for conducting monitoring.
Relation between DevOps & Kubernetes
Kubernetes is an open-source container orchestration system. This solution is ideal for managing, scaling, and automating software deployment. Using it allows businesses that use DevOps to combine the development and maintenance phases of software systems. This approach results in improving agility and allows developers to view, access, deploy, update, and optimize container ecosystems. To further learn more about their relationship, you can visit the DevOps Certification Course. Here are some significant reasons why Kubernetes is beneficial for DevOps.
It ensures no downtime for deployment.
Allows for effortless scaling of applications.
Helps developers build the infrastructure as code.
Kubernetes makes cross-platform collaboration easy.
Conclusion
Software development (dev) and operations (ops) are combined to create DevOps, which enhances software development's productivity, security, and efficiency. Furthermore, the DevOps methodology enhances the cross-functional approach to developing and deploying applications more quickly and iteratively. The initial stage of DevOps is called planning, and it involves using Jira and Confluence as well as other productivity tools. Using software tools like Docker, Chef, Terraform, Puppet, and Ansible constitutes the build and delivery process. Developers can rely on these tools as they enable smooth development, deployment, and testing. For the testing stage of DevOps, tools like Jenkins, CircleCI, and GitLab CI are essential. The time, effort, and mistakes made when testing the code are reduced thanks to these testing tools. In conclusion, the final stage of DevOps is called software monitoring and logging, and it includes several additional tasks in addition to performance monitoring, analysis, logging, and processing feedback.
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