DevOps vs Agile
Differences between the DevOps and Agile
devops vs agile
| Parameter | DevOps | Agile |
|---|---|---|
| Definition | DevOps is a practice of bringing development and operation teams together. 
|
Agile refers to the continuous iterative approach, which focuses on collaboration, customer feedback, small, and rapid releases. |
| Purpose | DevOps purpose is to manage end to end engineering processes. | The agile purpose is to manage complex projects. |
| Implementation | DevOps is focused on collaboration, so it does not have any commonly accepted framework. It supports both variations left and right. It has a large team size as it involves all the stack holders. |
Agile can implement within a range of tactical frameworks such as safe, scrum, and sprint. |
| Shift left principle | It supports both variations left and right. | It supports only shift left. |
| Team size | It has a large team size as it involves all the stack holders. | It has a small team size. As smaller is the team, the fewer people work on it so that they can move faster. |
| Team skillset | The DevOps divides and spreads the skill set between development and the operation team. |
The Agile development emphasizes training all team members to have a wide variety of similar and equal skills. |
| Task | It focuses on constant testing and delivery. The ideal goal is to deliver the code to production daily or every few hours. |
It supports only shift left. |
| Duration | The ideal goal is to deliver the code to production daily or every few hours. |
Agile development is managed in units of sprints. So this time is much less than a month for each sprint. |
| Target areas | End to End business solution and fast delivery. | Software development. |
| Feedback | Feedback comes from the internal team. | In Agile, feedback is coming from the customer. |
| Tools | Puppet, Chef, AWS, Ansible, and team City OpenStack are popular DevOps tools. |
Bugzilla, Kanboard, JIRA are some popular Agile tools. |
| Focus | DevOps focuses on operational and business readiness. | Agile focuses on functional and non-functional readiness. |
| Importance | In DevOps, developing, testing, and implementation all are equally important. |
Developing software is inherent to Agile. |
| Quality | DevOps contributes to creating better quality with automation and early bug removal. Developers need to follow Coding and best Architectural practices to maintain quality standards. |
The Agile produces better applications suites with the desired requirements. It can quickly adapt according to the changes made on time during the project life. |
| Documentation | In the DevOps, the process documentation is foremost because it will send the software to an operational team for deployment. Automation minimizes the impact of insufficient documentation. However, in the development of sophisticated software, it's difficult to transfer all the knowledge required. |
The agile method gives priority to the working system over complete documentation. It is ideal when you are flexible and responsive. However, it can harm when you are trying to turn things over to another team for deployment. |
| Automation | Automation is the primary goal of DevOps. It works on the principle of maximizing efficiency when deploying software. |
Agile does not emphasize on the automation. |
| Communication | DevOps communication involves specs and design documents. It is essential for the operational team to fully understand the software release and its network implications for the enough running the deployment process. |
Scrum is the most common method of implementing Agile software development. Scrum meeting is carried out daily. |