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What is DevOps, its Benefits and How it Works?

What is DevOps, its Benefits and How it Works?
What is DevOps, How it Works, and its Benefits?

Along with technological development, many giant companies such as Amazon, Walmart, and Google choose to use DevOps solutions so that the product delivery process can be carried out effectively and efficiently. 

DevOps solutions have also been proven to provide various benefits such as producing better team collaboration, maintaining product quality, and much more.

Although DevOps solutions are now increasingly being adopted by large companies, in reality, many people are still confused and do not understand what DevOps is. Some people think of DevOps as a culture, approach, or philosophy. While some others think that DevOps is a methodology.


What is DevOps?

DevOps is a combination of culture, practice, and tools to improve a company's ability to deliver application/software at a faster rate than the traditional software development process.

As the name implies, the term DevOps is a combination of the words Development and Operations. So in broad outline, the DevOps methodology will describe the process of developing high-quality applications or software by automating and integrating the efforts of the Development team (developers) and the IT Operations team (operations). 

Under this DevOps model, the development and IT operations team will work together throughout the software development life cycle to effectively and efficiently produce quality digital products.

Perhaps you're wondering what a DevOps engineer is. DevOps engineers are IT professionals who work with software developers, system operators, IT operations staff, and others to oversee or facilitate the implementation of code based on continuous integration and continuous delivery workflow (CI/CD).

Why is DevOps needed in the software development process?

Clients usually want the product delivery process to be done quickly during the product development process. The client also hopes that the products developed have good quality and can work stably.

To meet these demands, the development team can work quickly in the product development process. But on the other hand, the operations team understands that changes or developments made quickly without proper safeguards can make the system unstable.

Therefore, DevOps is designed to overcome these problems by bringing together everyone related to software development and deployment, be it business users, developers, test engineers, security engineers, system administrators, and others. This team will work together to achieve the main goal and focus, which is delivering high-quality products/software that can meet all user requirements while maintaining the integrity and stability of the entire system.

If done well, DevOps can provide a variety of benefits to the product development process. Some of them such as:

Companies can move quickly

DevOps practices allow you to move quickly to innovate and adapt to changing markets. Thus, this practice can encourage businesses to grow quickly.

Fast delivery

DevOps practices can help you to be able to release products in a faster time. In this way, you have the opportunity to be ahead of your competitors.


DevOps works like a CI/CD (Continuous Integration / Continuous Delivery) practice which can help you ensure that the products developed are of high quality. On the other hand, you can also ship reliable products at high speed. 

Better team collaboration

Under the DevOps model, the development and operations teams will collaborate, share responsibilities, and combine their workflows. This method can help you to work effectively and efficiently.


Using automated and integrated security testing tools, you can adopt the DevOps model without sacrificing security.

Phases of the DevOps Pipeline: How Does DevOps Work?

Phases of the DevOps Pipeline

The DevOps pipeline is a set of processes that allow the development team and the IT operations team to work together to build and deploy code to a production environment. While each company running this DevOps model may work with different processes, they will generally follow the following phases of the DevOps pipeline:

1. Plan

This phase involves planning for all required workflows before the development team starts writing code. In this stage, product and project managers will play an important role. They will work together to collect requirements and feedback from clients or stakeholders. The information will then be collected to build a product roadmap to guide the development process that will be carried out.

2. Code

Once the plan is created, the development team can start writing the code needed to develop the product. Development teams will typically use a standard set of plugins installed in their development environment to aid the development process, help implement consistent code styles, and avoid common security and anti-pattern weaknesses.

3. Build

After the development team has finished writing the required code, they will put the code into the shared code repository. The developer will send a pull request, and the other developers will review the changes that have been made. If the code has no issues, the earlier sent pull request will be approved.

4. Test

The next step is to do testing. If any issues are found during this phase, they will be sent back to the developer team for resolution.

5. Release

The release phase is an important milestone in the DevOps pipeline. At this stage, every code change has gone through a series of tests, and the IT operations team has ensured that the bugs and regressions are properly resolved.

6. Deploy

The next stage is deployment. After the production environment is created and configured, the latest version of the development that has been carried out will be applied.

7. Monitor

In this final stage, the IT operations team will continue to work hard to monitor infrastructure, systems, and applications. This is done to ensure that the product or application developed can run smoothly. They also collect important data from logs, analytics, and monitoring systems and see feedback from users to find out if there are problems with application performance. 

Best Practices for Effective DevOps

To run DevOps effectively, there are several practices you can adopt, including:

1. Continuous Integration

Continuous integration is a practice in software development where the development team will regularly incorporate code updates into a central repository. The main goals of Continuous Integration are to find and resolve bugs faster, improve software quality, and reduce the time required to validate and release new software updates.

2. Continuous Delivery

Continuous delivery is a practice in software development that ensures that code is always in a "deployable" state. This means that any changes in the code, such as feature additions, bug fixes, configuration changes, or others, will always be ready to be applied to the production environment or even into the hands of the user quickly, safely, and sustainably.

3. Microservices

Microservice is an architectural style that can be implemented in the development of complex applications. Implementing this architecture allows the application being developed to be easy to maintain and "testable."

4. Infrastructure as Code (IaC)

Infrastructure as code is an approach to managing data center servers, storage, and network infrastructure. IaC is used to significantly simplify large-scale configuration and management.

5. Monitoring and logging

Monitoring can help companies quickly identify the root cause of problems to prevent the emergence of other bigger problems. In this way, the team can measure the performance of the application/software and ensure the system continues to work stably.

In addition, the team will also analyze the logs generated by the application. In this way, the DevOps team can better understand how changes or software updates that have been made can affect users. 


From the explanation above, you can better understand what DevOps is. DevOps is a software development strategy that encourages close collaboration between the software development and IT operations teams. In this way, companies can align people, processes, and tools used in software development to achieve customer satisfaction.

About author

Harby Jay Harby Jay

Harbyj is a blogger, web designer, SEO expert, and the owner of this blog.

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