Top DevOps Trends You Will Witness In The Future
Digitalization and automation have flourished over the past several years, and this trend is only expected to accelerate the pace at which industries worldwide are being disrupted by technological advancements. DevOps is now widely recognized as a crucial software development strategy for achieving effective digital transformation.
Recent industry research indicates that the DevOps market will be worth more than $20 billion by 2026, expanding at a compound annual growth rate (CAGR) of 24.7% between 2019 and 2026. Rapid software development, delivery, enhanced quality, and greater customer happiness have all been made possible because of DevOps.
Future Trends To Witness in DevOps
DevOps, like the rest of the business world, is always changing to accommodate new requirements. Let’s take a peek into the future of DevOps and see what kinds of developments we might anticipate.
The high upfront and ongoing costs of maintaining a traditional server infrastructure will lead to a growth in the popularity of serverless computing among DevOps teams. There are a lot of DevOps teams, and they’re all using modular components that provide a high-level perspective of the process. By migrating these modules to a serverless architecture, teams will be able to reduce the burden of certain tasks associated with pipeline design and instead concentrate on product development and deployment.
Overall DevOps activities, such as the full software life cycle, from development to deployment, testing, and maintenance, are simplified by serverless computing. The developer’s workload is further reduced since serverless computing eliminates the need for routine server maintenance like cloud monitoring and software updates. Unique selling points (USPs) include adaptability, dependability, quickness, and low price.
No code applications platform
Many businesses nowadays rely on low-code/no-code development to rapidly launch apps in response to the increasing demand for new services and functionalities. Combining DevOps with a low-code methodology is revolutionary. It allows for greater agility for developers and gives the company an edge in the intense and rapidly evolving software market.
With the use of a graphical user interface, low-code apps give citizen developers who are not trained in computer science the opportunity to make meaningful contributions to the evolution of software. Developers and DevOps engineers, employing low-code platforms and technologies that allow drag-and-drop features and other extensions, will play an important role in this development, alongside end users. These low-code application development tools aid in every step of the software development process, from conceptualization to analysis to design to coding to testing to deployment and documentation.
Integrating and automating security into DevOps operations is a common practice among large organizations. Expect the movement toward DevSecOps, which builds on DevOps, to speed up in the years to come. The size of the DevOps market is projected to reach $5.9 billion by 2023, expanding at a compound annual growth rate (CAGR) of 31.2% from 2018 to 2023.
More businesses will begin incorporating security measures into the software development life cycle at an earlier stage. In 2022, testing tools will increase in popularity and CI/CD tool integration will become more seamless. To boost both delivery velocity and quality, DevSecOps equips developers with the tools they need to reliably detect and fix security flaws as they arise during the development process.
The IT industry is likely to continue its shift toward microservices architecture from more conventional monolithic structures. The term “microservices architecture” refers to a method of designing scalable computer systems by breaking them up into smaller, independent modules. When designing an application, the next logical step is to break it down into smaller, loosely-coupled components called “microservices.” Microservice architectures allow for the easy isolation of problematic components inside an application in the event of a failure.
Shorter software release intervals are possible thanks to DevOps and microservices architecture, which allows distributed teams to innovate more quickly, keep their tech stack and standards under tight control, monitor performance indicators, and cut down on consumption time.