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6 DevOps Principles to Streamline the Development & Deployment Cycle

Before we start talking about the DevOps principles, let’s first know what exactly does DevOps mean?

Well, DevOps is a software development environment that combines various operations like development, operations, quality assurance, and more. By merging these processes, it delivers a continuous set of actions that eases out the following aspects of Agile methodology.

  •         Cross-Functional Communication
  •         Team Collaborations
  •         End-to-End Responsibilities
  •         Extension Implementations

Basically, it’s a set of principles that are implemented by the Development and Operations departments to ensure the delivery of high-quality software within the deadline.

Back in time, when people used Agile methodology for software development, Dev and Ops teams used to work in silos. This negatively impacted the employees’ productivity as well as the product outcomes.

By implementing the DevOps, now organizations have the flexibility to resolve this problem by combining the Dev and Ops processes into one task. So, by working together these teams can achieve common goals and objectives.

If you’re struggling in streamlining your company’s development and operational processes, moving to a DevOps would be the best choice.

Let’s know more about 6 crucial DevOps principles and practices that every organization must use.

Top 6 DevOps Principles Driving Technical Innovation to Your Organization

DevOps is a philosophy that ensures effective collaboration, communication, flexibility, and holistic software development.

It relies on a set of strategies and methodologies to ensure on-time delivery of software. Let’s dive deep into the 6 most crucial principles of DevOps implementation services

1. Incremental Releases

Earlier, Dev and Ops teams had to wait for their turn to deploy code. A delay in code deployment often causes various incompatibility issues and code errors.

Implementing DevOps services encourages developers to deploy new code instantly as it’s ready and they can deploy it as many times as possible during the day.

The DevOps environment divides a single project into various chunks that makes it easier to troubleshoot errors and rectify them. Based on the workflow, the team releases code updates and bug fixes on a daily, weekly, or monthly basis.

This entire process is called ‘Incremental Releases’ that makes the development and deployment more flexible than ever. And the primary goal of this process is to prevent the deployment of bad code.

2. Automation

One of the critical practices of DevOps is to automate the development process as much as possible. This approach enables developers to focus on writing effective code and deploying some new and innovative features to the software.

For example, instead of wasting time on manual testing to identifying the code errors, bugs, and potential threats, DevOps teams can use innovative solutions. It is as simple as running a single command to compile the code and find out whether it will work or not.

If the software code is written in a programming language that doesn’t require code compilation, the team can run tests to check if the new code is ready to be deployed. During the testing and QA rounds, if the teams find out any errors or threat alerts, automation will help developers to know which code is causing errors. This process enables easy fixes of any issues and errors as they occur. 

3. DevOps Pipeline

DevOps is solely aimed at establishing a loop system that enables development continuity. To achieve this aim, DevOps helps organizations creating pipelines.

These pipelines denote a system where code passes through various stages before being deployed to production. A general pipeline consists of these 4 primary phases –

  •         Develop – Writing the Code.
  •         Build – Code Compilation for Errors Detection.
  •         Test – Ensuring that Code Works as Intended in the Production Environment.
  •         Deploy – Code Deployment to the End-User. 

Using the pipelines, DevOps teams can implement critical strategies to achieve a steady flow in code deployment. 

4. Continuous Integration

Continuous Integration (CI) plays a vital role in a DevOps pipeline. It helps developers to store their code in a central code repository. They can submit the codes in this repository multiple times a day. The code goes directly to the deployment from this repository.

This approach eliminates the risk of deploying bad code as smaller chunks of the code being submitted to the repository gets tested well.

Another aspect of Continuous Integration (CI) is automated testing which is done before developers commit the code. This testing ensures whether the code is compatible with the existing code or not.

If not, the team can commit new enhanced code which is latest tracked and identified again.

5. Continuous Delivery

Continuous Delivery (CD) is all about releasing the latest updates on code as frequently as possible. Unlike, the CI, CD relies on developers to manually deploy code to the production.

However, for CD to deliver positive results, teams require to create a loop system that pushes the code through the DevOps pipeline. Having passed all the tests and reviews while going through the pipeline, the code can be released to production with just a single click.

CD comes with many wonderful benefits. It eliminates the risk of software downtime, fixes performance issues instantly, and enables organizations to implement high-quality features more easily. 

6. Continuous Monitoring & Improvements

Continuous Monitoring is built on the concept of CI and CD. It ensures that the application of the software that is undergoing development performs well without any issues.

The DevOps teams can implement various monitoring technologies and techniques to keep track of their application and software’s performance.

Once they identify any problem, they can quickly respond to it and fix the issues instantly.

The process of Continuous Monitoring also helps DevOps teams to unveil the potential risks that can hamper employees’ productivity and delay the products’ deadlines.

Conclusion

The main idea behind implementing DevOps is to establish effective collaboration and communication among developers and operational executives.

Both these teams can communicate, share feedback, and collaborate more easily throughout the entire development and deployment cycle.

To execute DevOps successfully, it’s crucial to take help from the experienced DevOps consulting company or partners who know how exactly to do it. 

Narola Solutions can help your company witness a streamlined development and deployment scenario through seamless implementation of DevOps.

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