the future of DevOps

What is DevOps & What will be the future of DevOps?

What is DevOps and also we will discuss the future of DevOps. DevOps, a combination of the word development and operations, refers to the process of integrating these disciplines into one, continuous process. DevOps: what does it mean for teams? Through DevOps, previously siloed roles such as development, IT operations, quality engineering, and security can work together to produce better, more reliable products. DevOps culture and tools enable teams to better respond to customer needs, increase confidence in their applications, and achieve business goals faster.

DevOps is a set of practices, tools, and a cultural philosophy that automates and integrates software development and IT teams. Team empowerment, cross-team communication, and technology automation are key components.

How does DevOps work?

In order to increase the speed and quality of software deployment, DevOps teams include developers and IT operations. A new way of working, a cultural shift, has significant implications for teams and organizations.

Processes that were previously manual and slow are now automated by these teams. With the help of technology stacks and tools, they are able to run and evolve applications reliably and quickly. They can run and evolve applications reliably and quickly using technology stacks and tools.

Quality assurance and security teams may also become more closely integrated with development and operations throughout the application lifecycle in some DevOps models. It is sometimes referred to as DevSecOps when everyone on a DevOps team focuses on security. High-performing DevOps teams build better products faster, for greater customer satisfaction, by adopting DevOps culture, practices, and tools. 

What are the Benefits of DevOps


With DevOps practices, you can innovate faster, adapt to changing markets better, and drive business results more efficiently.

Rapid Delivery

You will be able to innovate and improve your product more quickly if you increase the frequency and pace of your releases. You can build a competitive advantage by responding to your customer’s needs quickly by releasing new features and fixing bugs. From build to deployment, continuous integration and continuous delivery automate the software release process.


Manage your infrastructure and development processes at scale. Manage complex or changing systems efficiently and with reduced risk through automation and consistency. Using infrastructure as code, you can manage your development, testing, and production environments more efficiently.

Rapid deployment

Rapid product improvements are achieved by DevOps teams by increasing the frequency and velocity of releases. Release new features and fix bugs quickly to gain a competitive advantage.


Maintain control and maintain compliance while moving quickly. By using fine-grained controls, automated compliance policies, and configuration management techniques, you can adopt a DevOps model without sacrificing security. Defining and tracking compliance at scale is possible, for instance, by using infrastructure as code and policy as code.

Improved Collaboration

Embrace a DevOps culture that emphasizes ownership and accountability to build more effective teams. It is important for developers and operations teams to work closely together, share many responsibilities, and integrate their workflows. As a result, inefficiencies are reduced and time is saved (e.g., reducing handover periods between developers and operations, and writing code that considers the environment in which it is to be run).

What will be the future of DevOps?

future of DevOps isn’t just about methodology. DevOps success will require organizations to embrace new tools, technologies, and practices that support teams working together toward a common goal, according to a recent Forrester report. In the past few years, technology has transformed every aspect of the industry, and digitalization and automation have flourished. DevOps has become an essential software development methodology for digital transformation success.

Serverless Computing

Due to the massive capital and operational costs of server infrastructure, DevOps teams will adopt serverless architecture more often. Many DevOps groups use modular components to provide an overview of the pipeline. By moving these modular components to serverless architecture, groups will be able to reduce a few pieces of errands associated with pipeline architecture and focus on deployment and development.

Through serverless computing, DevOps operations are streamlined, including the entire software life cycle, from development to deployment, testing, and maintenance. Furthermore, serverless computing reduces the workload of developers by handling server maintenance, such as cloud monitoring and system updates. Furthermore, the service is flexible, reliable, fast, and cost-effective.

Automation and CI/CD

A key benefit of DevOps is that it allows development and operations teams to work closely together, which can lead to faster, more reliable deployments. Here’s where automation and CI/CD come in.

Another DevOps trend is the use of automation and continuous integration/continuous deployment tools (CI/CD). An organization can benefit by improving coordination and information flow between teams and automating testing and deployment.

If you need help choosing the right Continuous Delivery tools, CIO Insight has a great list.


Business operations have already been transformed by AI. It streamlines and accelerates every phase of the DevOps pipeline, thus taking the DevOps ecosystem to the next level. DevOps maturity models can be completely automated with AI infusion. Through this aspect, the DevOps team is able to reduce or eliminate human intervention across processes from code changes to deployments.


A DevSecOps approach integrates security throughout the entire software development life cycle. To prevent cyberattacks, many large enterprises are integrating and automating security into their DevOps processes. As more companies embed security controls early in the software development lifecycle, DevSecOps is expected to gain momentum in 2023. DevOps engineers can monitor the DevOps pipeline continuously and remediate security defects during the development phases, improving speed and quality.

AI and ML

The use of artificial intelligence and machine learning has already transformed the way businesses operate today. Every phase of the SDLC is expected to be further streamlined and accelerated by AI/ML in 2023. Through intelligent automation, improved feedback, and alert management, it enhances the performance of DevOps teams.

As the market evolves, advanced analytical methods such as predictive analytics are becoming increasingly important. AI can help identify problems and provide possible solutions in the DevOps pipeline. Integration of AI and ML also enables deep learning, data mining, statistics, and modeling, which become integral parts of your business processes.

Edge Computing

In the past, cloud computing has fueled the DevOps movement, but edge computing may change that. Traditionally, DevOps has been about optimizing the cloud. As the Internet of Things (IoT) and other edge-based applications proliferate, the role of DevOps is changing. Today, DevOps is all about optimizing the edge.

As new technologies like 5G become available, businesses around the world are moving to the edge. Due to this, DevOps teams must be able to manage deployments at scale and handle real-time requirements. Therefore, your team needs to be able to manage deployments and updates not just in the cloud but also on devices and sensors at the edge of the network. You can manage the complexities of deploying and updating applications and devices at the network’s edge seamlessly using DevOps.

Kubernetes and GitOps

Kubernetes is an open-source container orchestration platform that is emerging as a trend on the operations side of IT. In 2023 and beyond, Kubernetes will expand into the software development space. Developers will find it easier to start Kubernetes clusters locally on their machines. Through infrastructure-as-code (IaC) scanning, Kubernetes security will also take center stage.

The learning curve for DevOps isn’t getting any easier as the future of the technology evolves dramatically. Therefore, Managed IT service providers like Veritis are always in demand. We can help you implement Kubernetes on Windows and Linux Kubernetes clusters as part of your existing DevOps pipeline.

On Cloud Nine

Considering the pandemic and the need to digitize everything, cloud technology has really come through in the past year. There is a price tag (which we gradually learn to manage), but Cloud Management Platforms (CMPs) will most definitely carry on this trend.

Many companies that weren’t (yet) planning a move to the cloud prior to the COVID, the pandemic is now (or soon will be) moving parts of their systems and infrastructure to the cloud. 

Low-code Application

With the DevOps process, many organizations have turned to low code to develop and deploy applications quickly. Low-code software is expected to gain significant traction by the end of 2023. All thanks to the productivity boost offered by low-code methodologies. DevOps engineers and developers are set to adopt low-code tools that offer drag-and-drop functionality as part of this DevOps pipeline trend.

Eventually, low-code adoption will support the entire DevOps maturity model. Every aspect of the DevOps pipeline will be supported, including app ideation, software design, code development, testing, release management, and documentation.


As DevOps evolves and pivots, it strives to drive significant IT transformations that directly support business goals and objectives. It will enhance the company’s ability to design, produce, launch, and maintain high-quality software solutions. By focusing on continuously improving outcomes, organizations will be able to rapidly move beyond automation. By utilizing these trends, development, IT, and business teams can build a regular and dependable release pipeline as well as communicate more effectively.

For the future of DevOps, cloud, edge, and IoT are all intertwined. To take full advantage of these technologies, companies need to understand how they work together. The benefits of DevOps, however, only occur when the transformation is holistic.

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