DevOps is a set of processes and technologies in simple terms. When we scale it up a bit, it is a combination of applications and tools designed to increase the capability of delivering services and applications belonging to an organization compared to traditional software development processes. In this context, development (Dev) and operations (Ops) represent a critically important combination that brings together the experts, processes, and technologies creating valuable work for customers.
What are the Application Solutions of DevOps?
Continuous improvement and automation are the essential keys of DevOps approaches. Many methods focus on one or more stages of the growth cycle. Some of these applications are as follows:
Continuous improvement: The planning and coding phases of the DevOps lifecycle fall under this approach. It is possible to include version control techniques.
Testing: While generating or modifying application code, this program includes automated, pre-programmed, continuous code testing. These tests can help you bring code to production faster and are always carefully tested.
Integration: This application integrates configuration management (CM) technologies with other testing and development technologies to track how much code is ready for production at the development stage. It includes rapid feedback between testing and development to detect and address code errors as quickly as possible.
Delivery: This procedure automates the delivery of code changes to a pre-production or staging environment after testing.
Deployment: This is a method similar to delivery: this method automates the production deployment of new or modified code. Continuous deployment significantly enables a company to release code or feature updates repeatedly in a day.
Monitoring: This method requires continuous monitoring of both the running code and the underlying infrastructure supporting it. It involves a feedback loop where issues are detected and then fed back into development.
Infrastructure as code: This method can be used to automate the provision of necessary infrastructure for a software release during various DevOps processes. Infrastructure "code" is updated by developers using regular developer tools. Continuity is essential in each of the applications mentioned above. These applications are performed continuously.
Why is DevOps important?
DevOps brings together previously distinct development, IT operations, quality engineering, and security functions to deliver better, more effective, and more reliable products. By adopting a DevOps culture and utilizing DevOps processes and technologies, teams can quickly improve their responsiveness to customer requests, significantly increase confidence in the applications they produce, and achieve business goals faster and more effectively.
DevOps is a critical concept and structure that supports faster distribution of new or revised software features or services to users, as well as better and faster application development. Each separate process in the DevOps lifecycle provides improvements in communication, collaboration, integration, visibility, convenience, and transparency between application development teams (Dev) and their IT operations counterparts (Ops).
This closer connection between "Dev" and "Ops" is evident throughout the DevOps lifecycle, from original software engineering to code, build, test, and release cycles, as well as deployment, operations, and continuous monitoring. This relationship supports a never-ending cycle of improvement, development, testing, and deployment based on user feedback. As a result of these efforts, there is always potential for significant and effective changes or additions to be delivered faster, more effectively, and more frequently.
