If you are reading this article, it seems you are a software developer or owner of a software company. You might agree that teamwork is one of the things that you find hard to maintain in several projects. So, how can you overcome this problem? There should be an excellent solution to this!
Fortunately, the DevOps solutions are out there. DevOps accelerates software development and allows all the project workers to sit on the same desk for group discussion and create suitable applications.
As it’s a general platform for online group work, you might ask, does DevOps accelerate software development? Can it steal any confidential data? Or Is the system suitable for me?
Well, having such questions in mind is normal if you recently got to know about DevOps. So, let us get to the point and start with the obvious reasons to choose DevOps as a go-to solution.
DevOps is one of the recent software development revolutions, taking the industry by storm. But what is it? Actually, DevOps is a combination of agile software development and operations.
Agile approach software development is a performance improvement system that targets delivering software outputs in small and incremental releases. It allows for constant feedback and collaboration within two different sections; operations and development. This collaboration is essential for ensuring that the software is developed correctly and can be successfully deployed and operated.
The job of Operations is to bring reliability and stability to the system. With that, Operations can contribute to app deployment for better outcomes.
Joining the skills and thoughts of several individuals together and shared among everyone is what the DevOps development process does best for companies. Therefore this helps to ensure that the software is created correctly and can be successfully launched for specific or general user's communities.
"Patrick Debois"- a software enthusiast, launched DevOps software back in 2009 commercially. He was the creator of DevOps agile methodology back then. Since its creation, it has gained much traction and is being adopted by many organizations. The DevOps methodology is still evolving, and there is no one-size-fits-all approach. However, the basic concepts of DevOps are:
Adaption Rate of DevOps 2017 to 2021
However, the open platform is a game-changer for the software development industry. Simply put, it allows rapid delivery of software and enables the two teams responsible for developing and operating the software to collaborate and share knowledge. As a result, better-quality software was developed that can be successfully deployed and operated.
DevOps is a software infrastructure orchestral methodology with a vision to automate software development and delivery. Being able to have common methods and tools to share among the stakeholders eliminates various gaps and improves time and resource management etc.
DevOps aims to improve the flow of work between software developers and IT professionals to shorten the software development process, improve software quality, and reduce the time it takes to get new features and deliver to end-users.
The operation responds to the traditional approach to software development, which is often siloed and bureaucratic. In the conventional approach, software developers work in isolation from IT professionals responsible for deploying and managing software applications. Unfortunately, this separation leads to communication problems and slowdowns in the software development process.
With DevOps, software developers and IT enthusiasts work together to develop and deploy software applications. It also encourages using automation tools to speed up the software development process.
DevOps is a revolutionary creation in the history of software development. It represents a shift away from the traditional software-making approach and towards a more collaborative and streamlined approach.
The goal is to create a more streamlined and efficient software development lifecycle, where changes can be made quickly and easily. Furthermore, the problems can be identified and resolved without any delay.
Planning is a critical part of software development, and the use of DevOps can help make the process easier and more efficient. By using DevOps practices, you can create a plan tailored to your project's specific needs, and that takes into account the resources you have available.
Implementing an automation structure in clients’ soft product delivery is one of the major facts about this platform. It helps to shorten the time it takes to get new features and updates into the hands of customers. In addition, DevOps is also known for improving the quality and stability of an app.
There are a few key concepts that are essential for understanding DevOps. In that case, automation is the first key to a speedy approach for updates. Moreover, the process helps to eliminate manual tasks, which can be error-prone.
The second key concept is collaboration. DevOps relies on collaboration between developers, operations staff, and managers. This collaboration helps ensure that everyone is working towards the same goal and has a clear thought of what needs to be done.
The third key concept is quicker feedback. DevOps relies on users and operations staff feedback to improve the quality and stability of outputs. Feedback can notify people in operations about bugs or failures before any major damage happens.
Most importantly, DevOps does several practices to improve the quality and stability of the software being developed at present. It relies on collaboration, automation, and feedback to achieve its goals.
In the DevOps lifecycle, the delivery of a successful application depends mostly on the ideas shared among multiple teams working together towards one unified objective. It makes the software delivery process much smoother and fails proof by automation and by removal of traditional silos that might arise among stakeholders.
Automation can support the software delivery process team member or employees to be in touch with each other on a real-time basis. Which in terms can improve the quality of the software being delivered more effectively and efficiently
By the use of various monitoring tools and techniques like performance and quality metrics, testing and diagnostic etc. the process can help to ensure the accuracy of the data collected by the business for the purposes, identify the problem and make the required correction with the application.
As said earlier, DevOps helps organizations release software more quickly, safely, and efficiently. But to do so, it performs multiple programs and commands together at a time.
It is a process that helps developers integrate their code changes into a shared repository frequently. Hence, it helps reduce the risk of integration problems and ensures the codebase is always up-to-date.
Another core program is continuous delivery in DevOps. Continuous software delivery is a software development methodology that enables software to be released to production at any time without introducing risk to the overall system.
Under this approach, developers are responsible for building software in a way that allows for continuous integration and automated testing. It means developers must build software to be easily integrated with the rest of the system & automatic testing.
The process responsible for deploying customizations without any delay is called continuous deployment. In a traditional software development culture, changes are often deployed in large batches, leading towards problems. With continuous deployment, small changes are made more frequently, which leads to a more stable and reliable system.
Microservices often play a positive role in the whole DevOps methodology. Using DevOps, developers can deploy changes to their applications quickly and safely without affecting the operation of the application.
IaC is also a key part of the DevOps culture of continuous integration and continuous delivery pipelines (CI/CD). With the help of IaC, one can automate the build, test, and deployment of software.
Various monitoring and logging tools are available, including open source and commercial tools. Some of the most popular monitoring and logging tools include Nagios, Splunk, and ELK.
We’ve said that DevOps and software development lifecycle is all about communication and collaboration. The goal is to keep everyone on the same page so that the final product is the best it can be. It means all the sections need to be on the same wavelength.
No tool comes with zero drawbacks. However, each one has some limitations along with multiple performances. That’s why companies need to select only those that can meet the demand for upcoming tasks. For example, Nagios is a popular tool for monitoring system health, while Splunk is a popular tool for logging and searching through large volumes of data.
Combining all the facts about DevOps, we can say, it is the way to speed up the process of getting software from development to production. DevOps helps to shorten the feedback loop and bring improvement by breaking down the traditional steps between development and operations.
Furthermore, DevOps is not a specific software tool or application, but a philosophy and methodology organizations can apply. As a result, they can put less effort into project management. And rather than misplacing data or disrupting users’ working methods, it guides to the best possible solution instead.
So, you can positively consider the prospects of using this method as an optimal management tool for your upcoming projects.
Last but not the least, if you are interested to know more about DevOps, check out our other blogs about DevOps and Agile-based software development methods.