Programs
Updated on December 10, 2024
Multiple organizations are always striving to find out better ways through which they can scrutinize, control, create, and manage the cycle of software development. Due to this specific reason, a lot of software development companies have accepted the methodology of DevOps in order to increase the deftness and productivity of their projects.
Even though DevOps is a comparatively new concept, it has rapidly held its ground. And, as companies and businesses continue to adopt this technology, DevOps will continue to grow.
In 2025, the DevOps lifecycle will witness a significant rise in the adoption of the hybrid cloud model. The future of DevOps beyond 2025 holds even more exciting possibilities. The integration of AI/ML technologies, improved security practises, and enhanced collaboration tools will shape the DevOps landscape as it continues to evolve to meet the changing needs of businesses. In 2025, the following will dominate the DevOps trends, enabling developers to build, deploy, and manage applications more efficiently and effectively.
DevOps is a method of developing software applications while it breaks down the existing traditional barrier between the production environment and the development process. The primary aim of this method is to amalgamate separate groups of people who have worked individually in the past in order to construct an application.
Through this collaborative process, the synergy among software developers and operational staff increases. And, simultaneously, it reduces the operational cost and delivery speed of the whole operation.
Moreover, DevOps engineers stimulate CD or continuous development and CI or continuous integration processes in order to make sure that products are ready and stable enough to get released.
CD or continuous development suggests distributing the changes instantly after the testing has been completed. On the other hand, continuous integration or CI means testing each and every code before it is dispatched for production. With the help of this process, as a DevOps engineer, you can make sure that each and every change in the application is going through all the development stages without any delay or error.
The philosophy behind DevOps is not something new. Instead, it was developed from the already existing Agile methodology and both of them have multiple similarities. In order to get the best results, we can use both the Agile methodology and DevOps.
In this age, we take the services of Netflix, Amazon Prime, Spotify, etc., for granted. But, Netflix as a streaming service has become possible and reality for us because it can make multiple distributions every day. In the golden days of waterfall methodology, software developers could make only one deployment per month or sometimes it was worse than that (one deployment every three or four months).
As the software development industry has been trying to constantly improve, the number of developers in DevOps has increased to 20 percent in every software development team. Software development companies were able to realize that stability and speed.
Moreover, the use of cloud technology has made sure that the availability and performance of software delivery are very high which in turn increases the overall productivity, customer satisfaction, and profitability of the company.
Due to DevOps becoming more common and universal, it will be extensively utilized in different companies in order to increase the cost efficiency and productivity of the organization. As a result of this, few trends related to DevOps are emerging every year. Here are some of the trends we can come across in 2025:
Due to its ability to amplify and extend, container technology is going to become more important for DevOps. As a matter of fact, container technology is right now being used to host databases, websites, and other infrastructural components.
Moreover, it has been projected that container technology will be extensively used in order to dispatch software applications at a large scale. Container-native services such as Kubernetes will also become extremely popular in the coming years because of their ability to supply practical resources that can assist DevOps engineers control large applications.
It is a specific version of cloud computing in which software developers can run applications and write codes without being worried about any kind of underlying configuration. As the companies have realized how easy it is to work in serverless computing with the help of cloud providers, the popularity of serverless computing is growing rapidly. DevOps teams can increase their productivity and cost-efficiency and unravel the CD process through serverless computing.
Microservices architecture helps each and every developer team to concentrate on creating small functional pieces and then can be integrated altogether to develop a larger system or application. With the help of this particular approach, the overall efficiency of delivering the software increases tremendously. And, it also allows releasing compact features very frequently. In 2025, the microservices architecture will make the software delivery process safer, quicker, and cheaper for software development organizations.
Revolutionising application deployment and management, containerization with technologies like Docker and Kubernetes will continue to provide consistency in different environments, facilitating easier application creation, deployment, and scalability.
In 2025, serverless computing will allow developers to focus solely on writing code without worrying about server management. This abstraction of the infrastructure layer reduces operational overhead and enables faster time-to-market for applications.
The popularity of microservice architecture will continue to rise as it enables the development of complex applications as a suite of small, independent services. This approach allows for better scalability, fault isolation, and continuous delivery of specific parts of the application.
Some of the top tools in devops trends include Jenkins, GitLab, Ansible, Terraform, Prometheus, and Grafana. Added information about DevOps vs. agile will help in further understanding.
Here is a list of tools you should learn as a DevOps engineer:
Professionals working in the tech field already know that DevOps is a revolutionary mechanism to efficiently combine software development and IT processes. Others who are looking to progress their career further in the IT sector must explore DevOps as it has managed to solve the business challenge that organizations faced for the longest time.
In its operational approach to software development and deployment, DevOps essentially assists in eliminating the major conflicts that can occur between development and operations teams.
As companies understand the significance of DevOps-related technologies, the demand for DevOps professionals is fuelling. The leading online job portal Indeed.com reported witnessing a whopping 75 percent increase in DevOps job listings while LinkedIn recorded a 50 percent rise in adding DevOps among skill sets for tech professionals.
These facts and figures also imply that companies that are choosing to incorporate DevOps practices have seen how they can get much more work done at a faster pace.
Additionally, the time saved in many processes can be added as bonus time for nurturing productivity for maximizing profits. Companies while implementing DevOps tools in their organizational processes can see how they assist in prevention as well as resolution of production issues thus bettering the customer experience.
Some of the numerous benefits of DevOps are listed below:
If those weren’t enough, research conducted among organizations that have adopted the DevOps philosophy recently has revealed that the business heads of DevOps-powered organizations recorded high performance and exponential growth (about 30 times quicker deployment than its competitors) leading to a hike in the salaries of skilled DevOps professionals.
The average salaries for DevOps roles range between $115,000 for a DevOps test engineer and $130,000 for a DevOps cloud engineer, which is about Rs 6.5 lakh in India according to Glassdoor statistics. Further, starting from a release manager, you can advance in your career moving up to high-paying positions like DevOps cloud engineer and DevOps architect.
The above are only a few notable advantages of DevOps among its multivariate benefits in industries across the globe. No wonder why its adoption in the integration and delivery of software companies is surging across diverse verticals of products and services.
With an increasing number of companies adopting the cloud-based model of infrastructure, they will require developing strategies that enable server management for both on-premises and in the cloud. Several firms have expressed these needs to be in congruence with a hybrid cloud strategy that will essentially combine the onsite infrastructure with public cloud infrastructure.
Additionally, as a maximum number of firms are turning into a mixed model of private and public cloud services, the best solution to ensure data protection is through the deployment of a hybrid cloud. Notably, the hybrid cloud deployment can assist in streamlining the firm’s operations by utilizing the advantages of public and private clouds efficiently. In using the combined features from both, your company will enjoy their benefits.
When a hybrid cloud deployment is implemented in the company, it gets much easier to transfer workloads from one variant of cloud to another as and when necessary. Similarly, if problems occur with one type of cloud, you can instantly switch to the other one that is available.
This feature of great flexibility enables companies to scale up or down effectively for accommodating the growth trends in demand. Above all, such advantageous implementation eases the workflow keeping the maintenance and control handy.
Another attractive reason companies opt for hybrid cloud deployment is that it gives them multiple choices and their options are not limited to just one type of cloud. They have a variety of clouds for different purposes to ensure data protection at all levels.
While business managers can enjoy the benefits of traditional private clouds, they will also be able to get cheaper replacements in new technologies of public clouds such as GCP, Azure, and AWS.
Although AI and automation are currently the latest in the realm of computer technology, they will receive a further huge boost in covering bigger areas of business operations. At present, AI is utilized in bug fixes, quality assurance testing, security scans, and so on. But, it is estimated that in the near future, AI will be powered to tackle even more complex tasks.
For instance, robotic programming has been well trained to create code automatically without the need for human intervention whereas machine learning (ML) finds its usage in continuous delivery for fixing organizational pipelines. Harness CI has introduced a feature known as Test Intelligence, which is an ML-based mechanism for selecting and prioritizing the execution of unit tests.
Both AI and ML assist DevOps teams in delivering faster, no matter the snail’s pace industries are following to reap their multitude of benefits. With ML, DevOps teams will be able to inject a series of test suites into CI/CD pipeline as well as repeat them for finding bugs, uncovering unique insights, and detecting antipatterns. Tech companies can utilize ML in their SDLC for prioritizing event-based alerts, performing a root cause analysis, recommending actions, etc.
DevOps is no longer only for developers. A 2021 study conducted by the DevOps Institute on upskilling of DevOps skills found that the presence of DevOps teams is crucial for a successful software organization as they keep getting more vital to IT and business operations in the tech industries.
It is evident that as business organizations grow in adopting its principles, more job profiles will be created for DevOps engineers. You should be assured that the faster the DevOps adoption, the greater will be the demand for professionals having DevOps skills. Also, the demand for DevOps professionals around skillsets like automation, collaboration, functional and technical is rapidly expanding owing to exponentially emerging SaaS startups.
These SaaS startups are heavily reliant on automation tools that are readied by software development teams. As data and stats point out, DevOps job opportunities will continue trending and in fact, surge in times to come when automation tools produce even more simplified software development processes.
DevOps latest trends will remain at the forefront of software development practises in 2025, driven by its ability to accelerate delivery, enhance collaboration, and improve overall software quality. The increasing adoption of cloud technologies and complex applications will only amplify the demand for skilled DevOps professionals. Read about DevOps and cloud engineering to learn more about devops trends. Embracing the latest tools in DevOps trends will be crucial for staying competitive and thriving in the fast-paced world of technology beyond 2025.
The curriculum at HeroVired for DevOps is derived from a job-oriented perspective, thus lending insights from industry experts who shape, add, and facilitate updated learning as per DevOps methodology advancement in workplaces. This prepares learners to be more confident, innovative, and experimentation-friendly in their pursuit of excellence in the emerging field.
Hero Vired’s DevOps and Cloud Engineering Program is created and taught by instructors having expertise in the field. The program is also highly industry-focused and includes a hands-on capstone project and numerous projects and assignments that help with practical and real time learning.
Updated on December 10, 2024
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