DevOps is still a fairly new concept in today’s tech industry, having evolved from previous Agile techniques. While not all teams fully commit to the DevOps philosophy, companies may see its benefits throughout the business.
We’ve seen several DevOps trends rise to the forefront of the market as new technology and concepts emerge from the concept of enhancing DevOps. So, we’ve selected five of the most noteworthy trends that will create ripples in the next year. But first, let’s recap the previous year.
DevOps: What happened last year
In terms of trends, we’ve seen many recognizable faces between 2021 and today. The previous five years alone have shaken the IT industry, with organizations transferring nearly totally to the cloud or new architecture concepts sweeping the globe. While some of these themes remain to this day, others have faded. Here are a few of the most popular trends we’ve noticed in the recent year:
- Containers have been around for a while and aren’t going away anytime soon. Kubernetes and its rivals provide a potent means to grow as required, providing much-needed flexibility to DevOps teams. While it is still a fad, it now appears to be a common answer.
- Microservices follow a similar trajectory as containers since they have been gaining popularity in recent years but now seem to have become conventional. This new architectural design has benefited DevOps teams since it provides more separation of responsibilities throughout an application and allows developers to manage infrastructure more effectively.
- Because of the epidemic, there has been significant growth in hybrid/remote work during the previous three years. It has, however, become a focal point for DevOps teams, who must rise to the occasion and adapt to the new normal of these distributed working environments.
DevOps Trends in 2023
As we enter the new year, several new DevOps concepts and tools emerge. While this is by no means an exhaustive list, these are the five most important DevOps Trends for 2023:
While serverless computing has been around for a few years, there is no indication of it slowing down. Many DevOps teams already use modular components, so switching to serverless choices is a no-brainer.
DevOps teams may streamline their lifecycle using serverless computing by retaining more control over their deployments, making updates easier, and increasing productivity. It allows your DevOps team to decouple from standard cloud architecture by removing the need to own and manage equipment and reducing expenses with pay-for-use plans via popular serverless computing choices.
No-Code or Low-Code
Many major organizations have embraced a low-code DevOps strategy, which has proved highly advantageous to teams. The low-code method allows for adaptability, giving any firm a significant competitive advantage in the demanding and fast-paced software industry. Low-code platforms let businesses and corporations create apps without needing export coding expertise. This allows non-technical professionals to participate in software development by providing a visual interface that oversees the app development process. Users may create logic and workflows by dragging and dropping items. This is one of the well-known DevOps future trends that has aided in speeding up the development and deployment processes simply by developing simple and user-friendly apps.
Low-code solutions aren’t simply for non-developers who want to make apps. It can enable developers to step up their game, accelerate their development process, and integrate existing IT processes with DevOps. It also helps DevOps teams collaborate more effectively because it reduces overall complexity and can put it up rapidly.
Unsurprisingly, security is at the forefront of today’s technology. According to research, cyberattacks climbed by 28% in 2022, with no indications of slowing down anytime soon. This means that development teams must be even more careful in terms of security, and DevOps must keep security in mind as it transitions from conventional DevOps to DevSecOps.
Implementing security tools within CI/CD pipelines, embracing automated security alternatives, and moving security’s focus to the left are all emerging themes that are contributing to an overall drive toward DevSecOps. These technologies and approaches enable DevOps teams to identify, monitor, and mitigate security concerns before they occur, all while boosting project pace and quality.
The epidemic brought about several changes in the DevOps sector, the most notable of which was a shift in emphasis toward emphasizing how your developers operate and how to enhance it. Developer Experience involves how developers work and the enhancement of their working environment & processes. It is intimately related to DevOps since developers are the team’s primary focus and require the proper tools to do their tasks (and job satisfaction is one of them).
Without proper developer experience, it’s simple for a team to lose productivity and motivation. It may also lead to staff fatigue or churn if their companies do not prioritize developers. Various ways help enhance the developer experience, including adding new tools and reformed procedures to make their life simpler and implementing a remote or hybrid work plan. Your teams will thrive if you deliver a positive development experience.
Last on the list is something that has been all the rage in recent years: automation. DevOps arose from the desire to accelerate development by reducing the software development lifecycle, and automation is the key.
With automation in place, DevOps teams may enhance their entire operation by eliminating basic, time-consuming activities that do not require human intervention. Automation is across all development processes, from automated testing and security to enhancing pull requests and automating deployment. DevOps teams may help their development teams get more done in less time by automating tasks inside their workflows.
In recent years, the DevOps framework has undergone enormous change. You can expect it to develop further as more and more businesses include it in their workforce. With more DevOps trends emerging to improve operational efficiency, it is increasingly probable that it will transcend beyond automation in the future. Rising DevOps tendencies focus on the framework’s continual enhancement to better user results. It is reasonable to assume that the DevOps transformation is an ongoing effort. With firms continually using the DevOps model, it demands an in-depth understanding of it.
Learn DevOps to become a better IT leader
Enroll in Cognixia’s DevOps Training to strengthen your career. Take a step to boost your career opportunities and prospects. Get into our DevOps certification course that is hands-on, collaborative, and instructor-led. Cognixia is here to provide you with a great online learning experience, to assist you in expanding your knowledge through entertaining training sessions, and to add considerable value to your skillset in today’s competitive market. Individuals and the corporate workforce can both benefit from Cognixia’s online courses.
Regardless of your familiarity with IT technology and procedures, the DevOps course gives a complete look at the discipline, covering all critical ideas, approaches, and tools. It covers the fundamentals of virtualization, its advantages, and the different virtualization tools that play a vital part in both learnings & implementing the DevOps culture, starting with a core introduction to DevOps. You’ll also discover the DevOps tools like Vagrant, Containerization, VCS, and Docker, as well as Configuration Management using Chef, Puppet, SaltStack, and Ansible.
This DevOps course covers intermediate to advanced aspects. Get certified in DevOps Course and become acquainted with concepts such as the open-source monitoring tool Nagios, including its plugins, and its usage as a graphical user interface. The Advanced DevOps fundamentals are discussed in full and Docker container clustering leveraging Docker Swarm & Kubernetes in the CI/CD Pipeline Automation.
Our online DevOps training covers the following concepts –
- Introduction to DevOps
- GIT: Version Control
- Docker – Containers
- Puppet for configuration management
- Nagios: Monitoring
- Jenkins – Continuous Integration
- Docker Container Clustering using Docker Swarm
- Docker Container Clustering using Kubernetes
- Advanced DevOps (CI/CD Pipeline Automation)
Prerequisites for DevOps
DevOps Course requires just a basic grasp of programming & software development. These requirements are helpful but not compulsory because this all-inclusive training is aimed at newcomers and experienced profes