In the last few decades, many new technologies have emerged. Future technologies must be built and used in the organization. In the fast-paced environment, transformational systems and technologies have carved out a niche for themselves. Future technologies will only disrupt if they withstand existing trends and challenges.
In the past, development, and operations teams worked in separate silos. There were numerous problems, such as the platforms that the developers utilized, the testing that was done on various platforms, and the production that was done on various platforms. The operations were difficult since they were detached from the developing members, and the sysadmin had to manually configure everything, which was an impossible effort when maintaining a hundred different systems. The obstacles that both the developing and operations teams encountered had one thing in common: there was a blame game between the two, and no one to solve the problems.
DevOps has established itself as a necessary component of software development. Because of its alluring advantages, such as speedier software delivery, greater quality, and high customer satisfaction. DevOps, which eased remote collaboration to allow agile development techniques and infrastructure adaptability, rose to prominence during the pandemic.
DevOps has been in the plans for most firms as they embark on the digital transformation path across industries. For most IT teams, DevOps is the way to go when it comes to bridging the gap between development and operations. DevOps promises faster project delivery, higher customer happiness, improved time-to-market, and much more, in addition to building a stronger team culture within enterprises. Given these advantages, businesses have begun embracing DevOps and are seeing significant results.
With the ever-changing business landscape and technology advancing at a breakneck pace, DevOps has evolved to meet a wide range of business needs. We’ll put on our charlatan hats and anticipate the coming business trends for 2022 and beyond in this blog.
Kubernetes with DevOps Integration
The rapid use of Kubernetes by major software firms is one of the main reasons why DevOps is where it is today. Kubernetes is an excellent solution for managing software delivery in enterprises because it allows software engineers to seamlessly exchange apps with the IT operations team in real time. Organizations may increase their productivity while also simplifying DevOps deployment pipelines by utilizing the Kubernetes process.
Container management systems, in conjunction with Kubernetes, will reduce human intervention and embrace a completely automated workflow. Its pipeline architecture enables developers to analyze, forecast, and automate activities using AI and machine learning techniques.
The term “cloud-native stack” usually refers to a container-based architecture that enables developers to create apps with container-based services. The technology is managed using agile and DevOps methodologies and is deployed as part of microservices and operated in containers. The main goal of implementing cloud-native technology is to increase the speed and efficiency of service assembly, allowing the company to adapt to changing market conditions.
Following Netflix’s great success with cloud technology, several company platforms are migrating to cloud-native.
The rise of AI and ML
In the digital transformation era, Artificial Intelligence and Machine Learning tools have left no stone untouched. DevOps isn’t left out either; the technology has made the most of AI and machine learning techniques to create meaningful outcomes. AI has the potential to revolutionize the way IT teams approach DevOps to increase productivity with less effort.
The use of AI and machine learning tools will gain maximum benefits, making IT processes more responsive. In DevOps, AI is a big part of the decision-making process.
Infrastructure as Code(IaC) is in high demand
IaC isn’t only about automation; it’s also crucial to DevOps. Infrastructure as Code handles the whole cloud infrastructure using configuration files, assuring continuity by automatically provisioning and configuring the cloud environment with no human errors.
IaC has a number of advantages, including faster cloud-native adoption, increasingly ephemeral architecture, traceability, consistency in delivering identical setups, and improved productivity throughout the software development cycle. IaC will continue to be a key aspect of DevOps in 2022 and beyond, as more firms come to terms with these benefits.
GitOps is gaining popularity.
GitOps is a relatively new addition to the DevOps culture that automates and manages the entire infrastructure. Teams can utilize GitOps to implement DevOps best practices such as code review, version control, and CI/CD pipelines. The declaration files are automatically stored in a Git repository, which reduces downtime.
Since the cloud took over, security has been a hot topic. DevSecOps aims to incorporate strong security measures into DevOps methods from the start. Security can be integrated into DevOps using typical CI/CD testing technologies. Developers can assure end-to-end security across every development lifecycle layer with a DevSecOps-centric strategy, making it easier to detect and manage security breaches and threats.
Server infrastructure’s costly CAPEX and OPEX are the key drivers of serverless adoption. Serverless architecture also offers flexibility, stability, speed, and cost-effectiveness. By removing the need for infrastructure administration, serverless computing allows enterprises to focus their resources on core business activities.
Furthermore, for DevOps teams, serverless computing minimizes the risk of potential maintenance difficulties. Because of these benefits, the serverless architecture business is anticipated to grow from USD 7.6 billion in 2020 to USD 21.1 billion in 2025.
In the face of the pandemic, many businesses have turned to low-code to design and deploy applications quickly. By the end of 2022, low-code software will almost certainly have acquired major traction. All of this is thanks to the low-code methodology’s increased productivity. Low-code solutions with simple drag-and-drop elements are likely to be used by developers and DevOps workers.
As low-code use grows, it is expected to support the entire software development cycle. App ideation, software design, code development, testing, release management, documentation, and other parts of software development will all benefit from it.
Whatever the future holds for IT companies, DevOps will continue to evolve and pivot.These DevOps concepts should be used by businesses to create significant IT transformations that directly support their business objectives and ambitions.
However, the full DevOps potential can only be realized when the transformation is comprehensive.