Impact of DevOps on IT Business

There have been several discussions indicating that DevOps breaks down inter-departmental silos and smoothens the software development process. 

Before DevOps, the development team was responsible for writing code and pushing it to the operations team. 

On the flip side, the operations team’s task is to deploy the code in the production environment.  

Because both teams were working alone, developers tended to throw the code at IT administrators, assuming it would be deployed easily, while the operations team was unaware of what they were deploying. 

Eventually, this resulted in blame games and clashes. Later, DevOps was introduced to facilitate faster software releases, improve app performance, and achieve digital transformation goals.  

Research studies from Markets & Markets highlight the significance of DevOps with a shocking statistic – the global market size for DevOps is projected to reach $25.5 billion by 2028. 

But adopting DevOps is not just about using a bunch of tools or techniques; rather, it’s about changing the way you work. It’s all about a mindset shift. 

More importantly, DevOps becomes successful because of people and processes.  

Let’s dive right into the blog to understand the impact it creates for IT businesses and what the future looks like in 2024. 

A sneak peek of DevOps 

DevOps comprises a series of techniques to help technology teams make faster changes in production systems. 

In the traditional IT environment, the development team focuses on building code, and then there is an operations team that handles deployment and infrastructure aspects.  

The development process works in a way where the development team writes the code, passes it off to the testing team, and if the code passes all tests, then it will deploy to the production stage.  

Renowned brands such as Etsy, Google, Amazon, Walmart, and more use the DevOps methodology to speed up their software delivery process.  

These companies release their code 10 or 15 times a day and deploy their code to the production environment on the same day.  

DevOps is a flexible strategy that has one end goal – adding value to customers’ lives by either eliminating or automating low-value tasks.  

This can be achieved when the development and operations departments work together and not in isolation. It involves continuous development, continuous monitoring, and delivery of software. 

That’s why the DevOps methodology came into existence to achieve these goals –  

building market-ready products, improving the quality of the application, and enhancing the efficiency of the development and operations teams. 

What is the impact of implementing DevOps in IT businesses?  

1. Your revenue is likely to increase 

You might have heard of this phrase – A penny saved is a penny earned.  

DevOps reduces unnecessary wastage of time and effort on repetitive or low-value tasks.  

In the era of the digital world, it is expected that digital teams are responsible for driving growth and innovation. 

Implementation of DevOps methodology gives you a boost in business revenue as it breaks down silos. 

When development and operation teamwork are in a close loop, software delivery processes become faster.  

And who doesn’t love faster innovation?  

More importantly, faster innovation equals faster revenue.  

And companies that embrace innovation saw a jump of 10-20% in overall productivity.  

One research study states that traditionally it takes a longer time to complete tasks (41% more than DevOps).  

The longer the time it takes to build software, the more revenue loss it will be for business firms.  

DevOps automation enables companies to react to customer demands, roll out new features, bring their software to market, and generate more sales. Thus, it provides faster returns to businesses. 

2. Market your products quickly  

Thanks to DevOps practices (continuous integration and automation), you can market your products quickly and reach customers on time. 

Because it speeds up the development and deployment process, businesses can launch products quicker in the marketplace leading to an increase in ROI.  

Continuous integration means developers can make significant changes in the codebase in a shared repository. 

Continuous testing allows for regular app testing and alerts developers when bugs arise.  

When new features are added to the product, companies can launch products faster in the market, which brings more monetary gains for businesses. 

3. Enhances customer experience 

In today’s business world, customer satisfaction takes supremacy.  

DevOps revolutionizes software development games by automating software processes, speeding up the deployment cycle, and improving the quality of software/applications.  

In a nutshell, DevOps methodology is a collaborative approach that focuses on seeking feedback from internal and external stakeholders such as clients.  

This way, organizations can build better products that are based on customer needs and feedback. 

Let’s consider an instance where your payment app is going to enter the development stage. Consider implementing a DevOps strategy where the operations team works closely with the development team. 

When teams get in touch with the app’s target audience, they can understand their pain points to the closest level. 

 Next time, they know how to solve their concerns by launching new features or bringing more updates to the app.  

Eventually, when the app is out in the market, customers feel happier and more satisfied because it appeals to their pain points. 

4. Reduces downtime 

Downtime has become a costly affair for businesses so much that companies need to bear costs of up to $5600 with just a single minute of system failure. 

The downtime of a software application is not limited to money; rather, it affects your company’s reputation within a few minutes.  

If your business experiences downtime, it is something that no customer would like to entertain.  

Moreover, downtime of an application for a long-time result in a substantial loss for your business.  

Through automated testing, CI/CD practices, and performance monitoring, the software development process is automated.  

Eventually, detecting the root cause of the problem becomes easier and you can quickly recover any software from service disruptions.  

Through the DevOps approach, a company can reduce customer churn rate and reduce customer dissatisfaction that would have been raised from system downtime. 

5. Continuous integration and continuous delivery (CI/CD) 

When continuous integration and continuous delivery are integrated into the software development process, you can do faster software releases. 

Unlike the traditional approach to software development, DevOps uses CI/CD practices to market products faster without compromising quality and fix bugs quickly.  

In the continuous integration phase, you can easily detect bugs as the code is continually tested and reviewed. Thus, it improves the quality of the code.  

Continuous deployment takes care of releasing code in a production environment with no manual intervention. Thus, software developers will be able to create high-quality software with fewer bugs. 

6. Enhanced security 

In this digital world, maintaining the security of applications becomes a major concern. It uses various security measures in the planning and design stage before they become vulnerabilities for your organization.  

An application can be secured by implementing a DevSecOps model, meaning security is the mutual responsibility of the engineering and IT team. 

When operations and development teams align with each other and perform automated security checks, businesses can build secure software that stands out from others. 

How does DevOps look in 2024? 

1. DevSecOps is likely to grow

As more and more organizations are shifting to clouds, they need to identify vulnerabilities in the early stages of development.  

Now, DevOps has become old news because new modern software development without integrated security is incomplete. 

Thanks to DevSecOps, which maintains a tradeoff between speed and security.  

DevSecOps reduces the risk of security attacks and data breaches as it is applied in the beginning and throughout the entire app lifecycle.  

Moreover, this approach to software development keeps your clients happy and satisfied as it responds to bugs as soon as they arise.  

Netflix, being a streaming player, adopted serverless computing in DevOps. The team used AWS Lambda as a serverless architecture for managing their user base and handling loads of traffic. 

2. Shift to Serverless Computing 

This cloud computing model is cost-effective for organizations as it uses a pay-as-you-go approach. So, it reduces the burden for businesses with heavy workloads. 

Serverless computing is where developers write code, and the cloud provider takes care of infrastructure management.  

Of course, serverless computing is not rocket science, but it acts as a helping hand for developers to focus more on building products and less on testing and remembering checklists. 

Thus, the integration of serverless computing in DevOps takes off extra load from developers by solving scalability issues that might arise during traffic spikes. 

3. Introduction of NoOps

You may see the rising popularity of NoOps in the coming years. NoOps, aka No operations, means it eliminates the operations team that was earlier deployed for managing things. 

DevOps culture gave birth to NoOps where the development team will now handle operations team tasks related to infrastructure management and deployment of applications.  

However, it requires software engineers to have a complete understanding of all tasks that the OPERATIONS team used to handle. 

They need to expand their skills in key areas such as configuring infrastructure, networking, and deployment.  

To sum up, NoOps facilitates increased collaboration by making the gap thinner and thinner between the development and operations teams. 

4. Integration of AI and ML in DevOps 

AI and ML bring transformation to DevOps.  

DevOps generates a lot of data, and analyzing chunks of data is a human-intensive workload. The coupling of AI and ML in DevOps compiles and organizes the magnitude of data and provides an overview of trends. 

DevOps and software engineers can leverage AI in DevOps for code generation.  

They no longer need to search through heaps of documentation or visit any website to find code snippets. 

Various generative AI tools use ML capabilities to find answers to specific problems. 
Moreover, Machine learning algorithms can inform the development personnel about upcoming potential risks that might affect the application’s performance. Thus, they can create risk mitigation strategies to prevent the system from any failure. 

Wrapping up 

When the world’s leading brands such as Netflix, Adobe, Amazon, Etsy, etc., are relying on DevOps methodology, why not you? 

Remember! DevOps is not a technology; it’s an environment. You too can unlock exciting benefits from this technology.  

But don’t worry.  

As a leading DevOps consulting company, we evaluate your existing IT infrastructure and then design customized solutions for your business. 

Our 150+ experienced DevOps engineers and developers use the best automation practices and methodologies to build world-class products on the cloud.

Struggling to create high-quality software on the cloud?  


1. How does DevOps impact software delivery processes? 

DevOps revolutionizes software development games by bridging the gap between software development and operations teams. 

It redefines the software development game by increasing the efficiency of your software, a room for continuous improvement, frequent software updates, and better collaboration between cross-cultural teams. 

2. What are some best practices for implementing DevOps successfully? 

  • Continuous integration/continuous delivery (CI/CD) 
  • Seeking continuous feedback from teams 
  • Adopting agile project management methodologies 
  • Bringing automation 

3. What is the significance of DevOps in software development? 

The growing importance behind DevOps in software development is because it provides several benefits: 

  • Speeds up the development process. 
  • Facilitates more collaboration. 
  • Enables faster time-to-market for products. 
  • Shortens your development cycle. 

4. What is CI/CD in DevOps? 

CI/CD stands for Continuous Integration and Continuous Delivery/Deployment. CI involves merging code changes into a shared repository.  

In the modern development environment, various developers are working to add different features to an application. 

That’s why a cloud-based integrated development environment is created where source code changes are compiled into a repository.  

While CD is about enabling the operations team to quickly launch products to market. 

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