Being up to date with the latest trends and rapidly changing customer demands have been major challenges in the IT industry as it grows exponentially. IT solutions that improve organizational capacities for high-speed and faster development, delivery, and services along with on-time marketing are the need of the hour for businesses to find a competitive grip.
DevOps promises multiple benefits that include better collaboration between development and operation teams, reduced resource wastage, and enhanced software delivery cycles. Hence, mastering the art of DevOps implementation is a must to gain an edge in business growth. Now, the question is where do you begin?
Step-by-step implementation of DevOps
A common misconception is when people compare DevOps lifecycle implementation with adopting it throughout the organization. As it is a dynamic cultural phenomenon involving many teams, there is no one specific way in which everyone adopts DevOps. It is generally a trial-and-error method that is formulated with the organization’s goals, requirements, and budgets in mind. However, the following are a few critical steps that should be accounted for in any DevOps implementation roadmap.
Introduction of the DevOps initiative
Every implementation strategy will point out the need to adopt new methods and ditch dated workflows. This often results in implementation taking months, sometimes even years. It is important to be mindful of certain things to build an effective DevOps culture. Some of them are discussed below.
- The team plays the most important role in deciding the success of DevOps implementation for the organization. Hence, it is crucial for the members to be educated about the lifecycle and how it impacts the organization. This should help prevent culture shock and resistance to change in the future.
- The goal should always be to enhance your user experience. Be conscious of how the transformation should help you achieve this goal.
- Like every other technology, DevOps practices are also improving every day. Encouraging an environment of experimentation and automated testing to collect feedback and continuously improve upon is suggested.
- Encouraging the team to foster constant growth and create more efficient ways to execute solutions is vital even if the existing workflows and cross-functional operations work fine.
Chalking out a DevOps implementation strategy
Having a common goal and aligning teams in a shared environment is among the best practices to enhance team collaboration. These also promote new ways of infrastructure provisioning, software development, and testing. A program manager or a DevOps consultant can help you figure out a solid implementation strategy for the organization with your specific requirements in mind. This should be able to assist you in automating testing, integration, deployment, and release.
Containerization for the win
Containerization is crucial to ensure software reliability while implementing DevOps. Containerization allows individual parts of the software to run independently from the overall infrastructure. This reduces dependencies and allows the software to run in any environment. Container packaging also lets the Ops team manage quickly during any required changes for a particular microservice.
Integrate the infrastructure with the help of CI/CD tools
Integrating infrastructure automation tools with CI/CD tools can help you approach configuration management issues and make deployment effective. Tools like these help the organization enhance the risk tolerance of containers with continuous monitoring and rolling software updates.
Test automation and QA-Dev alignment
Test automation is your best bet if you want to achieve faster delivery cycles. Based on the quantity of test automation cases, you can also keep the functional testing manual. However, it is crucial to address post-release concerns. This arrangement can assist you with early bug detection and can come in handy to address the issue before the release of the next build.
Application performance monitoring
With continuous application performance monitoring, the organization can detect, prioritize, and isolate app defects along with their root causes. As these issues usually show up during application server and UX monitoring activities, it becomes easier to keep an eye out for them.
For a product to be of top-notch quality while being backed by security it needs the collaboration of culturally disparate teams of security, operations, development, and testing. DevSecOps implementation requires efficient planning, design, and release. This is put together with a collaborative toolchain of technologies to achieve a common goal. Moreover, as companies rely more on automated delivery, it is important to venture for more testing opportunities beyond traditional bugs. DevSecOps is continually changing the perspective toward security and preparing us to deal with challenges more efficiently than ever.