“Devs are from Venus, Ops are from Mars” – so says Steven Haines. And it is so true. This is one big reason DevOps – the popular technology has been most wanted by the IT community the world over.
The DevOps market size is expected to grow from USD 2.90 Billion in 2017 to USD 10.31 Billion by 2023, at a Compound Annual Growth Rate (CAGR) of 24.7% during the forecast period.
DevOps symbolizes culture and a contemporary approach to software development. It emphasizes enhancing collaboration between Development (Dev) and Operation (Ops) teams, thereby bridging the gap between them. Continuous Integration (CI) and Continuous Delivery (CD) are the two most important principles of DevOps that require rapid iterations and automation of practices to provide a superior product.
Adopting DevOps assists in giving higher-quality software at a swifter pace, stemming in excellent customer experience, and boosted revenue. It quickens the time-to-market of an app while concentrating on continual development. No wonder, there are such skilled DevOps engineers contributing to the IT scenario, with an upsurge in DevOps certifications too!
The Below stats show the significance of DevOps in software development for the year 2020.
It is appropriate for any kind of software ventures and products irrespective of platform and architecture. DevOps has redefined the SDLC and it is showcasing newer trends as 2021 is approaching.
Kubernetes is a container orchestration platform for handling container-based workloads, services, powering deployment, and scaling containerized applications. The entire year has seen an increase in demand for Kubernetes and the year to come shall see more. It has started turning out to be the apt choice by enterprises to manage software delivery. The basic reason being its competence to reform cloud-based applications through container-based Microservices. The usage of APIs in the integral Kubernetes has been increasing and there is a reduction in the required infrastructure because of the usage of a containerized portion of the server in the cloud.
DevSecOps talks about app and infrastructure security right from the beginning. Now that security is an important aspect in DevOps, here comes DevSecOps that emphasized data privacy and sharing rules just like GDPR does. There will be more emphasis on the EU GDPR rules and regulations and the DevOps teams will work on the new normal of integrating security within. Automating security from beginning into DevOps will lead to reliable and secure infrastructure, saving the entire setup from cyberattacks and threats. It helps organizations in guaranteeing the software meets every security standard, integrating security measures from the start of development, promoting closer partnership between teams for security, and systematizing security with the latest tools and concepts at every level.
Low Code development is meant to create high-quality applications with the least effort for coding. It is ideal for quick business offering and the market for the same is bound to increase. It is easy for developers to make apps with drag n drop components with proper GUI. The year to come shall see Low Code DevOps based on the fundamentals of model-driven design, visual programming, and automated code generation. The combination of Low code development and DevOps will help fasten the speed of development with ease of coordination between teams. It will create a user-friendly interface and the modern-day tools will assist developers to leverage the best of technological tools.
Cloud-native computing is a popular approach that is being leveraged for creating applications that will make optimal use of the cloud computing process. Cloud-native apps focus on how the apps undergo development along with services based on containers, deployed as Microservices, and managed through DevOps processes. One good platform is Kubernetes. This modern-day trend has led to enhanced innovation and revolution on the business front. It improvises configuration and trust in cloud computing. Most IT organizations are opting for this technology based on various methods such as Microservices. The CNCF has shown statistics that show a double-fold increase in usage of cloud-native technologies.
Powered by Google, the Go language has seen a steep rise in the adaptation by developers. Because of its salient features like open-source nature, light weighted and good vocabulary, it is being more in demand by the DevOps community. There are many DevOps tools that are making the most use of the Go language. It is also quite known in the serverless computing environment. It has a high-end result orientation and offers solutions with faster speed and consistency. Go is considered best for situations where dependencies cannot be implicated. It fits perfectly well with the DevOps ecosystem because of features like high performance, simple syntax, quick compilation, Go routines, great community support, statically linked binaries, simple compilation procedures, and inbuilt garbage collection.
Security and DevOps have started giving importance to each other. And, the coming year shall see more indulgence of both into each other. The security shall see more of DevOps involvement and DevOps shall witness increasing security elements in its implementation. The significance of security has increased over time and it will be an indispensable ingredient in the wholesome software process. DevOps helps in setting up security procedures, policies, and infrastructure, and hence applying it while deriving security protocols is a must. The coming year shall see both aspects of getting ingrained into each other. There will be heavy security checks at each point of the software development process including the testing and implementation portions. Security will be a matter of concern and priority for 2021, more so because of the pandemic insisting on more of a spread-out network.
AI and ML have left no technical arena untouched. Almost all industry segments are getting rewarding benefits by implementing AI and ML related algorithms. DevOps is no different – this technological process has taken in much of AI and ML techniques to get the best of results. These cutting-edge technologies are helping big time in augmenting test cases, reducing the time taken by different activities. With the help of AI and ML, the DevOps teams can look at problems and apply different solutions to get the best of results. Newer terminologies like DataOps, AIOps are coming into existence and their significance will grow over the next year.
Serverless cloud computing is also known as Function as a Service. Considered a vital future component, serverless architecture is getting more popular amongst the DevOps community. It is contrary to the traditional hosting service wherein the servers must be provisioned and managed. The serverless cloud computing technology leaders like Google Cloud Platform, Microsoft Azure, Amazon Web Services are offering quick deployment, boosting scalability, giving an increase in productivity and user experience with minimal cost. This technology will affect the DevOps area in a positive way and the year to come shall witness its magic.
Infrastructure as Code is more like managing all the infrastructure in the cloud. The entire infrastructure gets simplified and operated from the cloud. There is a version control system that is critical to DevOps teams for going back to the last configuration in case there a failure. This brings in quicker recovery and lesser downtime. Implementing infrastructure as a code needs a strict observation process to get the desired results since the entire setup is in the cloud.
GitOps has started replacing the DevOps workflow with Git as the single source of information and the DevOps workflow as the action behind it. Through this new model, there are updates made to the Git repository through different pull requests and then pushed to the main infrastructure. This reduces downtime making the deployments faster and trustworthy. This newer way of working is being adapted in the DevOps environment and hence the newer term GitOps is coming up.
Service mesh are used increasingly in the DevOps environment as an integrated app infrastructure layer for sharing data within services. These service meshes help in solving many functions that otherwise, the teams would have to do themselves. It includes different activities like encryption, load balancing, authorization, and authentication. This facilitates teams to do their own assigned work and saves their time and energy. They are spared from administering activities that are usually quite cumbersome.
DevOps will strengthen the usage of automatic software testing tools, thanks to its fast and error-free software that it will deliver. This will enhance software quality in a fast manner. The world of testing right now needs faster execution of test cases and DevOps will bring about that difference by integrating automated testing tools into its functioning. It will get a balance between development/testing tools and the efficacy/responsiveness that is needed.
Good Read: Top 10 Best DevOps Tools You Must Know
DevOps has a bright 2021 and is here to showcase many more innovative offerings. Organizations embedding DevOps and its modern-day trends are sure to enhance their competence to build effective and robust software solutions.
DevOps Consulting shall see a boom in the coming year and shall prove to be highly beneficial, in terms of better team coordination, faster and secure outputs, increased revenue. DevOps has proven to be a boon to the technological world, indeed!
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