There are many best practices for successful DevOps implementations. DevOps processes foster improved communication and collaboration within an organization. When cross-functional teams work together, they increase the speed, scalability, and quality of their software products. In fact, 2019 DevOps studies report these companies to release over 200 times more frequently than standard development life cycles. Additionally, their change failure rates reduced by over five times compared to traditional development methods. As a software developer, embrace several best practices when implementing DevOps to increase the speed and quality of your releases while reducing resource usage. In this post, we will discuss some best practices for successful DevOps implementations.
Address Infrastructural Needs
Before starting the implementation process, it is best practice to address your DevOps infrastructural needs. Infrastructure needs depend on cycle time and versioning environments. Software cycles must be defined generically to the identity of limitations, abilities, and downtimes. Additionally, versioning environments provide a clear plan for patch and release identification. Moreover, infrastructure as code often addresses both these needs. By managing infrastructure as code, you can minimize cycle times, improve scalability, and address versioning environments. Of course, this will help you boost productivity of employees. Surely, determine your business’s infrastructural needs for a DevOps implementation.
Choose Tool Stack (Docker Registry)
Moreover, a third DevOps implementation best practice involves choosing the right toolsets for your unique needs. There are plenty of DevOps-based tools such as Kubernetes, Jenkins, and Docker registries that provide managers with advanced control over their projects. For example, JFrog’s Docker registry aggregates local and remote registries into a single virtual Docker registry. This way, team members can access all registry images from a single URL. Additionally, these registries enable you to manage vulnerability analysis, artifact flow control, development, and distribution. Of course, choose several tools compatible with your existing systems. Furthermore, your tools should be able to scale out your business. In fact, a robust tool selection reduces conflicts between development and operational teams. Certainly, choose the best tools for your unique DevOps needs to improve your control over the project.
Focus On Collaboration
Additionally, the best teams focus on collaboration and communication during DevOps implementations. DevOps philosophy requires development and operations teams to collaborate closely with each other. Therefore, foster improved communication and collaboration between these teams early in the process. This leads to stronger relationships between members of the unified teams. Moreover, breaking down these silos provides all team members information regarding past actions, the individuals taking them, and their results. These advanced insights improve your team’s decision-making processes and product outputs. Absolutely, align development and operations teams for your implementation by shifting focus to collaboration.
Continuous Integration & Delivery
Furthermore, continuous integration and delivery provide the next best practice for DevOps implementations. Continuous integration enables your teams to develop software in consistent, small steps. On the other hand, continuous delivery ensures the safety and speed of each production deployment. Both processes combine to optimize software deployments for rigorous automated software tests. This way, each updated version gets evaluated for errors, infrastructural issues, and the user experience. Of course, these evaluations provide useful insights that improve development efficiency, reduce resource usage, and resolve errors. Definitely, continuous integration and delivery processes break DevOps processes into manageable steps.
Notably, an additional DevOps implementation best practice regards gradual automation functions. Automation is an essential DevOps practice that speeds up development and optimizes troubleshooting processes. Additionally, these functionalities minimize user input, so your teams stay focused on improving the product itself. Of course, these factors facilitate feedback loops within DevOps teams. These loops enable faster version updates and deployments. Maximize your automation advantages by implementing these processes one pipeline stage at a time, starting with the slowest. This way, you continually improve DevOps processes, while making the largest, most beneficial changes. Assuredly, gradual automation processes reduce user input and resource costs while accelerating development significantly.
There is a myriad of best practices for successful DevOps implementations. When properly followed, these practices drive productivity, collaboration, and efficiency across your pipeline. For example, determine your business’s infrastructural needs for a DevOps implementation. Second, align development and operations teams for your implementation by shifting focus to collaboration. Third, choose the best tools for your unique DevOps needs to improve your control over the project. Next, continuous integration and delivery processes break DevOps processes into manageable steps. Finally, gradual automation processes reduce user input and resource costs while accelerating development significantly. Of course, these best practices ensure your DevOps implementation successfully speeds up lead times.