DevOps Automation And How It Works

Teams working on software development face ongoing pressure to provide users with new services and features. To release new products quickly while maintaining their business value, several firms have adopted a DevOps culture. DevOps has become a standard practice in software development, with over 80% of respondents, according to Statista, saying that it is crucial for their business.

DevOps’ use of automation offers various advantages, including fewer downtimes for IT teams, more productivity for business operations, enhanced quality assurance, and lower costs. The end-user experience can be improved by adding automation to the software development lifecycle. This will also improve your software products. We’ll discuss how DevOps automation functions and how it improves software development in this blog article.

What is DevOps Automation and How Does It Work?

To properly comprehend each word, let’s start by defining DevOps and automation individually.

Development (Dev) with operations (Ops) are combined in DevOps (Ops). Integrating their advantages, allows workflows to be optimised. DevOps can increase productivity and flexibility by automating manual operations that are susceptible to human error.

DevOps is a method for developing software that promotes responsiveness and faster delivery of business value. By bridging the boundaries between development and its operations, DevOps approaches minimise data silos and promote collaboration.

DevOps techniques speed up the transition of concepts and initiatives from development to production, allowing for quick modifications to infrastructure and code that would otherwise be unfeasible under the conventional, manual software design paradigm.

What Is DevOps Process?

A subset of duties and procedures that come from the agile methodology is known as DevOps practices. DevOps affects the planning, developing, building, deploying, monitoring, and administration of your software product as well as how applications are produced throughout their lifecycle. Each phase depends on the others and allows continuous delivery at every stage of the project, as shown by the cycle diagram. Team silos are eliminated with the paradigm, and development and operations teams collaborate throughout an application’s lifecycle and across the pipeline. The 6 C’s of the cycle, which make up the complete lifecycle, highlight the potential requirement for a tech stack and culture shift for a Software system to function effectively. Let’s have a glimpse at them to see how DevOps functions.

1. Determines the necessary abilities, results, and resources through continuous business planning.

2. Develops a rough plan and create the program through collaborative development.

3. Utilising test automation and integration testing, continuous testing aids in boosting development’s effectiveness and speed.

4. Simultaneous Release and Deployment: Facilitates quick code checks-in by integrating the Continuous Deployment pipeline with code reviews.

5. Monitoring changes continuously and fixing flaws or blunders is known as continuous monitoring.

6. Customer feedback and product optimisation: This enables you to receive input about your product immediately from customers, so you can then make changes in response.

After going over the fundamentals, let’s speak about DevOps automation

The DevOps methodology is permeated with the idea of “automating everything.” The majority of the activities that make up the DevOps lifecycle were repeatable, making them ideal candidates for automation. Automation in DevOps begins with the generation of code on the local workstation of the developer and continues through the deployment of the code and even later throughout the monitoring phase.

Software development uses a variety of automation technologies, such as robotic process automation (RPA), AI automation, machine learning, and deep learning. All of them can be used in the DevOps procedures. Developers or operations teams can write, test, deploy, and manage code faster and error-free than they could with manual methods thanks to automation, which streamlines the DevOps process and makes it faster and more efficient. Companies can create CI/CD pipelines using automation to support continuous integration (CI), continuous deployment (CD), as well as a continuous deployment (CI/CD).

Benefits of Automation:

The Benefits of Automation If you want to reach your DevOps goals of achieving great value and quality through frequent and quick releases, DevOps automation is essential. Let’s look at a few advantages of DevOps automation.


Even after changing components of your tech stack, automating software allows you to adjust and enhance your procedures. Your operational efficiency and functional flexibility are increased thanks to DevOps automation technologies and process automation.

Additionally, automating your workflow is quicker and less expensive than hiring someone to manage everything.


DevOps engineers can find bugs more quickly because of consistent testing. Throughout the deployment process, automation enables you to see mistakes and change habits. The toolchain ensures that outcomes in highly automated environments are always consistent and foreseeable.


When compared to manual procedures, which are constrained by the number of qualified employees in your organisation, automated processes allow you to ramp up as your firm expands. DevOps automation provides automatic, cloud-based tools that enable limitless scalability to satisfy your business’s needs.

DevOps Procedures Need to be Automated?

To automate the life cycle, test automation tools that were before configuration are typically used.


The number of human involvement in the testing is reduced thanks to testing automation. An application’s functioning can be checked using automated test scripts and tools.


Automated provisioning, a key component of DevOps, allows you to provide computing resources on demand while requiring manual intervention. The firm can deliver apps more quickly than before by offering a flexible, scalable architecture with extremely dynamic resource allocation.

The synchronisation and utilisation of resources from across dynamic infrastructures are made possible by the deployment of DevOps technologies. Deployment automation offers a robust framework that maintains the synchronisation of computing resources (both manually and dynamically provisioned) when modifications are made.


Agile monitoring, integration, and testing can be supported by continuous integration (CI) & continuous deployment (CD) processes, which can be automated.

Infrastructure management aims to automate processes and minimise human involvement in order to effectively manage all the hardware, software, network, software platforms (OS), and digital storage components involved in providing information systems services and solutions.


When developers regularly add new features, it becomes more difficult to continuously check your application’s performance. You can access a variety of tools and techniques to monitor apps using a specific interface with the aid of DevOps principles.

Controlling Logs:

Every computer software and the infrastructure it operates on produces log events, which must be handled as part of log management. To troubleshoot and increase business, log management automation operations involve gathering logs, integrating, parsing, storing, analysing, searching, and eliminating them.

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