The ever-changing world of technology requires software development teams to stay abreast of the latest trends and technologies to remain competitive. DevOps is one such trend that has seen a surge in its popularity and usage over the past few years.
As DevOps gains more traction, it will become even more critical for organizations to have a clear vision and strategy for how it will affect their business. By doing so, they can ensure that DevOps fits into their overall goals and objectives, rather than becoming a mandate without regard to other factors.
This project management tutorial explores how DevOps is changing the software development landscape, the challenges of DevOps, and what advantages it offers businesses.
Looking to become a certified project manager? We have a great tutorial listing the Top 5 Project Management Certifications that can help you get started.
What is DevOps?
The term “DevOps” refers to a software development methodology that emphasizes the need for close coordination and improved collaboration between an enterprise’s development and operations teams. It attempts to combine these two teams into one coherent entity, (i.e., into one cohesive unit). DevOps helps organizations move faster and be more agile while reducing the risk of failures.
DevOps encompasses a range of practices to improve collaboration between both development and the operations teams. In short, DevOps aims to eliminate the time it takes for new features to make their way from conception to production. This helps to shorten the feedback loops, which in turn leads to faster and more reliable releases.
DevOps relies on automation tools and processes that allow developers to work more closely with operators and other technical staff. This proximity allows for faster feedback loops and improved quality control. DevOps strives to create a more fluid, collaborative process across all aspects of software development.
We have an article that rounds up some of the Best DevOps Tools and Software if you want to learn more about the tools available for DevOps teams..
DevOps in the Context of the Digital Economy
Many organizations have embraced DevOps as a means to improve efficiency and productivity. The benefits are evident not just in shorter development cycles but also in reduced costs, improved quality, and increased flexibility. As the digital economy continues to grow at unprecedented rates, DevOps will play a critical role in enabling businesses of all sizes to compete and succeed.
With the rise of DevOps culture and practices, modern organizations are moving towards a more automated and integrated systems management approach. This shift requires a new level of collaboration between IT and the business, which is where DevOps solutions come in. DevOps solutions can help your organization achieve a more automated and integrated system management approach. Here are four DevOps solutions that can help your organization achieve a more integrated system management approach:
- Automation Tools
- Automated Deployment
- Continuous Integration and Continuous Delivery
- Continuous Monitoring
We have a good overview of Continuous Testing for DevOps that provides further insight into DevOps practices.
We look at some of the DevOps trends and the future of DevOps in the section below.
DevOps Trends: Microservices Architecture
The DevOps movement is proliferating, at a fast pace with organizations embracing a microservices architecture. One of the primary reasons for the surge in popularity of microservices is that they’re easier to manage and scale. They allow for more flexible and decentralized architectures, which can help reduce the risk of data silos and enable faster response times to changes.
DevOps practitioners are increasingly looking to cloud-based solutions for their infrastructure needs. This allows them to take advantage of widespread infrastructure resources and reduce the reliance on costly on-premises hardware.
You can learn more about the microservices architecture in our tutorial: An Introduction to Microservices.
DevOps Trends: Edge Computing
Cloud computing has been a major driving force behind the DevOps movement, but that may change with the rise of edge computing. In the past, DevOps was all about optimizing the cloud. However, with the proliferation of the Internet of Things (IoT) and other edge-based applications, the role of DevOps is changing. DevOps is now all about optimizing the edge.
Businesses worldwide are moving to the edge to take advantage of new technologies like 5G. This presents a whole new set of challenges for DevOps teams because they need to be able to manage deployments at scale and handle real-time requirements. Hence your team needs to be able to manage deployments and updates not just in the cloud but on devices and sensors at the edge of the network. With DevOps, you can manage the complexities of deploying and updating applications and devices at the network’s edge seamlessly.
Our sister site, eWeek, has a great article answering the question What is Edge Computing if you want to learn more.
DevOps Trends: Automation and CI/CD
One of the key benefits of DevOps is that it allows the development and operations teams to work together closely, which can lead to faster, more reliable deployments. And, here’s where automation and CI/CD helps.
Another DevOps trend is the use of automation and continuous integration/continuous deployment (CI/CD) tools. These can help improve the coordination and flow of information between different teams in an organization and automate the testing and deployment process.
CIO Insight has a great list of the Top Continuous Delivery Tools if you need help choosing the right CI/CD tools.
DevOps Trends: Kubernetes
Kubernetes is by far the most popular open-source orchestrator for managing containerized applications. DevOps must keep up with the latest trends in the world of technology – you must embrace Kubernetes and Container Orchestration tools.
Kubernetes is one of the key players in the DevOps trends. What that means in practice is that you can use Kubernetes to manage your applications on any public cloud platform or even on-premises. It can help you speed up your application deployment process and make your applications more reliable and scalable. These trends point to one thing: DevOps must embrace Kubernetes and container orchestration if it wants to stay relevant.
DevOps Trends: DevSecOps
DevSecOps is an approach that integrates security into the software development life cycle in its entirety – right from start to finish. This helps to ensure that applications are secure from the moment they’re conceived through to when they’re actually put into production.
You can learn more about DevSecOps and its relation to DevOps by reading our guide: Introduction to DevOps and DevSecOps.
DevOps Trends: Serverless Computing
Serverless computing is becoming increasingly popular, especially with the rise of cloud-based services. Serverless computing is a way of managing computing resources without relying on dedicated servers. Instead, Serverless computing uses containers to run applications.
First of all, it can help you scale and manage your applications efficiently with ease, thus lowering costs. Secondly, it can increase responsiveness because you don’t have to wait for updates to the underlying infrastructure.
Finally, Serverless computing can improve security because you don’t have to worry about malicious actors attacking the underlying servers.
DevOps Trends: Low-code
One trend that is seeing growth in the DevOps world is low-code development. In this approach, developers write code in a more concise, standardized format that is easier to understand and maintain. Additionally, you can combine low-code development with other DevOps tools, such as automated testing and Continuous Integration/Continuous Deployment (CI/CD).
Low-code platforms are also great for prototyping, and they allow companies to get new applications up and run quickly and easily. So, if you’re looking for a way to speed up your development process, low-code is worth considering.
There are several benefits to using low-code development approaches. As an example, they can reduce the time it takes to develop a new feature or fix a problem. They can make it easier for developers to work on multiple projects simultaneously, which can lead to increased efficiency. Additionally, low-code approaches can minimize development errors.
Even though low-code development has many advantages, it also has some challenges. For example, low-code development can sometimes lead to less flexibility when it comes to customizing applications. Additionally, it can be more difficult to debug issues that arise from using low-code development approaches.
Check out our roundup of the Best Low-Code Development Platforms.
The Future of DevOps: Possibilities and Challenges
DevOps is a term used to describe integrating development and operations. There are many possibilities for the future of DevOps, but many challenges also need to be addressed.
The following are three potential areas of growth for DevOps:
- Improved collaboration between development and operations teams: One of the most significant benefits of DevOps is that it fosters enhanced collaboration between development and operations teams in an enterprise. This collaboration can lead to faster and more efficient development processes and better support for customer needs. Collaboration at this level, however, requires overcoming several obstacles. For example, operations teams may need more training in software development processes to be able to work effectively with developers. Effective communication between teams can also be problematic when diverse cultures are involved.
- Increased automation of processes: Automation is another critical aspect of DevOps. Automation reduces the time it takes to complete tasks and increases efficiency. Despite its benefits, automation also comes with some challenges. For example, effective automation requires a good understanding of how software is developed, which can be difficult for your teams. In addition, automation requires a reliable platform and a monitoring and management system that is effective. If these factors are not in place, automation can lead to the unintended consequences of increased workloads for development teams and reduced efficiency for operations teams.
- Better use of machine learning and artificial intelligence: Machine Learning and Artificial intelligence will see a surge in popularity and become more prevalent in DevOps. These technologies can help automate tasks and improve the accuracy of processes. However, effective machine learning requires large data sets that can be difficult to collect and store. Additionally, artificial intelligence is often sensitive to human bias, so it can be challenging to ensure correct and accurate processes.
That said, the future of DevOps is promising. However, while there are many potential growth areas, there are also many challenges you should address.
Final Thoughts on the Future of DevOps
Cloud, Edge, and IoT are all intertwined and essential for the future of DevOps. In order for companies to take full advantage of these technologies, they need to understand how these technologies work together. Doing so will enable them to deploy applications faster and more securely while meeting customer demands.
As we move further into the future, DevOps will continue to evolve. The future of DevOps is going to be enticing, but it’s also going to be challenging as well. Are you up for the challenge?