Noteworthy DevOps trends and best practices for 2022

Author | Technostacks

Translated by | Sambodhi

Planning | Yan Garden

DevOps is well known for its integration of development and operations. DevOps has been evolving since 2009, and some of the current research shows the promise of DevOps.

In this article, you'll see trends in DevOps that have made it one of the most popular technologies during the COVID-19 pandemic in 2020 and 2021.

The rise of DevOps has been very rapid. Most companies now invest 10 to 49 percent of their overall QA budgets in test automation.

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What are the latest trends in DevOps?

Digitalization and automation are everywhere, and in every unit of technology, even more prosperous than in previous years. Explore DevOps trends in 2022 that are worth participating in as part of your business strategy.

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Highlights on different trends in DevOps

Microservices architecture

According to Statista, 80% of respondents believe DevOps is very important. Microservices architecture has proven to be one of the cutting-edge applications of 2021. It divides data into separate units or entities that are flexible and scalable. At the same time, we matched the monoliths and microservices and decided when they could be clearly implemented.

DevOps predictions for 2022 show that there will be some minor changes during this cycle, and the result will be problem-free. In 2018, the global microservices architecture had a market capitalization of $2.073 billion and is expected to reach $8.073 billion in 2026.

DevOps always needs to deploy new releases, and you just can't deploy some minor features or functionality.

In this regard, microservices architectures are also among them. Consulting for DevOps is on the rise. DevOps with a microservices architecture can effectively solve the complex problems it raises by implementing flexible cycles. Customization also gives you more options to scale.

Applications for DevSecOps

DevSecOps is a new trend in DevOps, and it means a combination of DevOps and security. Although this may seem like a new concept, it has been widely used recently. With all the attacks and security vulnerabilities causing some problems around different networks today, DevSecOps has discovered an agile, secure network that is able to identify security issues and combine them with new technologies to stay away from all kinds of dangers.

In addition, DevSecOps can also greatly reduce costs and accelerate progress. Confirmed market research shows that the global DevSecOps market capitalization was about $2.18 billion in 2019 and will increase to $17.16 billion in 2027. That said, it has been growing at a compound annual growth rate of 30.76% between 2020 and 2027. Current trends and predictions of DevOps show that DevSecOps systems guarantee the security and auditability of the system.

Move towards complete serverlessness

One of the recent logic adopted by DevOps and the trend toward Top DevOps is toward complete serverlessness. As DevOps technology continues to evolve, the market for serverless architectures continues to move to new standards, while also continuing to reduce infrastructure costs.

The benefits are also getting better and better, and there is speed and efficiency in them. Using a serverless architecture ensures that developers do not need maintenance. This means that the new generation of microservices has been continuously transformed.

Hybrid is the new deployment normal

In 2021, all industries are embracing the use of hybrid models in multiple ways. As mentioned in the latest DevOps practice, in order to combine remote work with the benefits of field team collaboration, companies will fully embrace hybrid work teams. In addition, business models are changing, for example, they have an impact on meetings.

Hybrid networks combine virtual skills with on-premises networks. As companies improve their technology stacks to take full advantage of cloud-native technologies, hybrid mode has gradually become the standard for deployment.

Resilience testing goes mainstream

The DevOps community has been paying a constant focus on resiliency testing. There are intersections in performance, testing, observability, performance testing, and resilience testing, and are gradually becoming mainstream.

So, as far as the latest DevOps technology is concerned, it can be said that it is a large-scale digital transformation that is accelerating in various fields. The market will quickly realize that the scalability of public and private clouds is unlimited.

GitOps has become the new normal

The development process always requires developers to know and understand the tools. So, on the technical side, GtOps and DevOps are the best way to achieve continuous delivery. More specifically, it's fair to say that building a cloud-native application operating model is about taking advantage of these relevant new technologies.

GitOps also ensures that deployment, monitoring, and management are all in one place. As such, it operates as a declarative infrastructure and as the source code for the application.

When it comes to automating changes to the CI/CD pipeline rollout infrastructure, tools are often used to compare the actual state of production. It also considers what is under source control and alerts you if it doesn't.

So, we can say that the ultimate purpose of this technology is to accelerate development so that teams can incorporate changes and updates at any time. In addition to this, there will be a guarantee of safety when change occurs in the entire environment. It also guarantees that complex applications running in Kubernetes do not experience problems due to defects.

Incorporate infrastructure as code

In a cloud environment, the core tenet of DevOps is Infrastructure as Code (IaC). Storage devices and service networks, whether on-premises or in the cloud, are within the realm of "code." This allows the company's infrastructure to be automated and streamlined.

In addition to these, Infrastructure-as-Code provides a direct infrastructure version control system to ensure that the team can roll back to the end. As a result, infrastructure as code and DevOps enable systems to recover quickly and reduce downtime.

A CISO in DevSecOps mode

CISO embracing the DevSecOps model is a recent trend as it brings a "safety first" approach to the DevOps process.

At this point, DevSecOps integrates security and compliance testing and connects to the development pipeline. The purpose of this technology is to guarantee the incorporation of rapid speed and agility into the security mechanism.

In addition, the technology can prompt users to respond to changes, which can quickly find vulnerabilities and bugs. At a time when modern organizations are looking to adopt serverless, Kubernetes, and cloud-native technologies, THE FOCUS of CISOs is on security. As automation evolves, DevSecOps becomes more programmable.

Enable Kubernetes

Kubernetes makes it easy for developers to share a variety of software and applications that IT operations teams need. It's all happening in real time. Errors occur due to differences in the IT environment and infrastructure.

Kubernetes guarantees overcoming obstacles for the purpose of teamwork and efficiency. Choosing Kubernetes' workflow can greatly increase productivity. In addition to these, it facilitates the test/build/deployment pipeline for DevOps.

Fusion of artificial intelligence

DevOps teams use technologies such as artificial intelligence and machine learning to drive workflows. In this particular case, AI can be said to be optimizing the DevOps environment. In addition, it is dedicated to processing and managing big data.

Today, ai-led approaches have become a special means of guaranteeing better decision-making processes. Gartner reports that by 2023, 40 percent of DevOps teams will use applications and infrastructure that integrate artificial intelligence to monitor applications. AI guarantees data accessibility, providing seamless data for DevOps teams.

Automated use

DevOps considers a strategy that automates everything. From this point of view, the automation of DevOps can accelerate the delivery of software and minimize lead time.

The third benefit is that you can get to market faster and improve your workflow. There are several common strengths, including driving flexibility, agility, and more. Automation accelerates all DevOps-related efforts.

That said, it can greatly facilitate build, deployment, and monitoring. In other words, automated policies become a necessity for DevOps to minimize errors caused by human negligence or ignorance. Automation has always played an important role in delivering the desired results for our customers.

Infrastructure automation and continuous configuration automation tools

DevOps teams want to automate with Infrastructure Automation (IA) tools. This is beneficial for automating the delivery, configuration, and management of it infrastructure. IA tools ensure authorization for DevOps personnel.

That said, this helps manage collaboration between multi-cloud and hybrid cloud infrastructures. In addition, in-house design delivery services are involved.

In addition, there is the participation of the cloud environment, as well as the participation of effective resource allocation. Infrastructure automation tools, together with DevOps and I&O teams, guarantee the correct planning and execution of self-service.

Recently, most companies are considering automated delivery of services through on-premise and IaaS environments. The advantage is that DevOps staff can provide some degree of customer-facing flexibility. In addition, it also helps to promote strong improvements.

The proliferation of Continuous Configuration Automation (CCA) tools is due to their help in managing and delivering configuration changes as code. What makes it even better is the increased extension to networks, containers, and security.

Several of the new metrics are: Application Release Automation (ARA), IT Operations Analytics (ITOA), and Continuous Configuration Automation (CCA). All of these entities are useful because they help ITOps teams achieve business success.

Facilitate chaos engineering

The chaotic engineering involved in DevOps has become one of the top considerations in DevOps planning discussions. For a better understanding, it is necessary to put DevOps at the traditional level of maturity models.

From this particular perspective, it can be argued that chaos engineering proves to be the fourth to fifth highest-end discipline on devOps' list of practices. An independent testing/quality assurance team is already involved.

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Key takeaways

We've listed DevOps trends to watch for 2022. The final conclusion is that DevOps has proven to be an emerging trend and the direction of the IT industry. People can benefit from an effective and efficient DevOps solution.

Here, we'd like to point out that companies need experienced DevOps professionals to support the next generation of DevOps. This is done to bridge the gap between development and operations. In addition to these, these technically perfect solutions can ensure that your business grows.

About the Author:

Technostacks, an Indian IT company, is actively committed to providing end-to-end IT solutions to meet the needs of different customers around the world.

https://technostacks.com/blog/devops-trends