Digital transformation isn’t just about developing new solutions. It’s just as important to ensure that systems operate reliably over time, can be rapidly enhanced, and continue to generate business value. This is where DevOps comes into play.
In this post, Lars Höjding, who works as a solutions architect at Softronic, will explain what DevOps is, what benefits it offers, and how you can use DevOps to successfully carry out long-term and efficient development work.
The term “DevOps” has been around for many years, but for many people, it may still be unclear what it actually means in practice. Is it a method? A tool? Or an organizational model? The short answer is that DevOps is a way of working that unites development, operations, and management with the goal of delivering value faster, more securely, and more predictably. The slightly longer answer is that DevOps is also a mindset and a culture in which people with different skill sets work toward the same goal and share responsibility for an IT system’s lifecycle—from concept to production and on to operations.
What is DevOps?
Historically, development and operations have often been separate functions with different goals. Development teams have focused on delivering new features and changes as quickly as possible, while the operations organization has been responsible for stability, security, and availability. Both perspectives are important, but when they are organized into separate silos, friction often arises. What development views as a successful delivery may be perceived as a risk by the operations team, and vice versa.
As digital services have become increasingly important to businesses, the need for faster and more continuous deliveries has grown. Around 2010, new ways of working began to emerge in which development and operations worked more closely together. The term “DevOps” was coined as a portmanteau of the words “Development” and “Operations” and came to describe a movement aimed at breaking down organizational barriers and creating shared responsibility for the delivery of IT solutions.
Since then, DevOps has evolved from primarily focusing on collaboration between development and operations to encompassing the entire chain of people, processes, and technology required to create and manage modern digital systems and services.
DevOps is based on the principle that different perspectives should not compete with one another but rather work together. Through shared processes, automation, and shared responsibility for the entire lifecycle, better conditions are created for both innovation and stability.
It basically comes down to three things:
- Collaboration Between Development, Operations, and Business Functions
- Automation of Repetitive Tasks
- Continuous improvement based on measurement and follow-up
But the cultural dimension is just as important. DevOps is about creating an environment where teams take shared responsibility, share knowledge, and continually seek collaboration to identify areas for improvement. Tools and processes are important enablers, but without the right culture, the results are rarely sustainable in the long term.
Another key concept is that those who build the systems need to understand how they operate in production. This is often summed up by the phrase “you build it, you run it.” The point is not that developers should replace the operations team, but that solutions are better when operability, monitoring, further development, and management are incorporated into the design from the very beginning. When development teams take responsibility for how the solution performs in the real world with actual users and live data, the result is more robust systems and fewer surprises after deployment.
What are the benefits of DevOps?
Organizations that operate according to DevOps principles often experience several clear benefits. These benefits are not limited to technology but also include business value, efficiency, and the ability to adapt to changing needs.
Shorter lead times
When processes are automated and teams work more closely together, changes can be delivered faster. It becomes easier to move from idea to production without unnecessary delays or manual steps. For the business, this means that new features, improvements, and fixes can reach users more quickly. The organization becomes more flexible and can respond more quickly to changes in the market or new requirements from customers and users.
Higher quality
Automated testing, code reviews, and standardized delivery processes reduce the risk of errors. Problems are detected earlier and can be addressed before they affect users.
When quality assurance is built in as a natural part of the delivery process, quality is not something that is checked or added at the end of a project, but rather something that is continuously ensured throughout the entire development chain. The same principle applies to security. By taking security requirements into account as early as the design, development, and testing phases, many problems can be prevented before they reach production. Security thus becomes an integral part of quality assurance rather than a separate checkpoint at the end of the delivery process.
Greater stability
A common misconception is that faster deliveries mean higher risk. In practice, the opposite is often true. Smaller, more frequent releases are easier to verify, monitor, and roll back than major changes implemented a few times a year.
There is also another important aspect. When deliveries occur frequently, the organization regularly practices the entire process—from development and testing to deployment and follow-up. The teams build up routine and experience in how to implement changes safely.
When releases, on the other hand, occur at long intervals, the organization risks becoming “rusty.” Processes are rarely used, knowledge becomes outdated, and uncertainty increases by the time the next major release rolls around. Small, incremental releases therefore not only mean less risk per change but also allow the organization to continuously practice and improve its delivery capabilities.
Greater transparency
With modern monitoring, logging, and reporting tools, both technical teams and business units gain better insight into the status and performance of the systems.
It becomes easier to understand how the systems are used, identify bottlenecks, and make decisions based on facts rather than assumptions. This transparency also creates a better foundation for dialogue between business and IT.
Lower costs over time
Automation reduces the need for manual work and frees up time for activities that create greater business value. At the same time, it reduces the costs associated with incidents, operational disruptions, and emergency response. Although implementing DevOps often requires investments in work methods, skills, and tools, the long-term effect is typically more cost-effective and higher-quality delivery.
Summary
At its core, DevOps is a way to foster better collaboration between people, processes, and technology. But it’s also more than that. It’s an approach and a culture based on shared responsibility, continuous learning, and a commitment to constant improvement.
The result is faster delivery, higher quality, greater transparency, and more stable systems.
For those of us who work with long-term customer commitments and outsourcing, DevOps is not just one methodology among many. It is an essential prerequisite for delivering both quality and speed in a complex environment characterized by numerous customer projects, high availability requirements, and a constant need for further development.
When development, operations, and business functions work toward the same goal, the best conditions are created for sustainable digital solutions that not only work today but can also be developed and create value tomorrow.
