DevOps Explained: How Its Culture Helps to Accelerate and Optimize Development

What is DevOps?  

DevOps is a blend of specific cultural strategies, specific practices, and processes that help businesses accelerate the process of building applications and services. DevOps as a service speeds up the product development and optimization process compared to traditional software development models.

One of the factors that led to the emergence of DevOps technology was the development of DevOps in cloud service platforms and the rejection of local hosting. With out-of-the-box services from AWS, Azure, and Google that do all the work, the infrastructure you choose is starting to shape the architecture of your future applications.  

The shift to a microservices architecture has also forced developers to rethink their application infrastructure. Since microservices need to interact with each other, it was important to create a production-like environment in which to run and test them. This is made possible through the DevOps cycle applicable to all phases of software development.

DevOps is often referred to as a culture, not a role, and here’s why. It starts as the link between software development and systems management, and requires close collaboration between development, quality management, and operations teams. In other words, DevOps promotes close collaboration between project teams and involvement of each team member in the overall workings of the product.  

Moreover, the practices it brings require company-level change and cannot be implemented in isolation within specific departments or project teams.  

Knowing the specifics of the work of developers, QA specialists, and system administrators, DevOps engineers bring together all the elements that make up a project. They understand your business needs and organize your processes with your customers’ interests in mind.

How it works

DevOps development company blurs the lines between development and operations teams. Sometimes these two teams are combined and work together throughout the entire application lifecycle, from development and testing to deployment and production.  

Some DevOps models may also include quality and security engineers. When security is a top priority for all members of the DevOps team, this approach is called DevSecOps.  

This group uses special methods to automate previously manual and time-consuming processes. With the help of certain technologies and tools, these DevOps teams can become self-sufficient and perform tasks that previously required involvement from other teams, such as deploying code or initializing infrastructure.

DevOps management methods and practices help companies innovate faster by automating processes and streamlining DevOps infrastructure management. Most of these methods are implemented with specialized tools.  

One of the main ways is to release frequently with small code updates. In this way, companies can deliver new features to their customers faster. Changes to code are usually minor and incremental. This reduces the risk of each deployment by making it easier to identify the last failed deployment so bugs can be tracked and fixed faster.  

A microservices architecture allows you to decompose large and complex systems into simpler projects, making applications more flexible and innovating faster. Applications are divided into individual components (services), each of which operates independently of the other.  

Services are developed concurrently by multiple agile teams, speeding up the development process.  

However, the combination of microservices and frequent releases can lead to an increase in the number of deployments, causing problems at the operational level. DevOps company practices such as continuous integration and delivery address these challenges by enabling fast and secure delivery.

Implementing DevOps tools at the company level with SHALB provides the following benefits of DevOps: 

  • Accelerate delivery of new capabilities to meet market and competitor demands by utilizing DevOps consulting services.
  • Efficient use of DevOps infrastructure as code and manpower through resource optimization.
  • Application resiliency through building sustainability.
  • Utilizing DevOps means overall product quality is improved due to fast error detection and correction.
  • DevOps CI CD enhancement.

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