DevOps development services can assist you to successfully remove the bottlenecks created by waterfall methodology. Also it can facilitate you to improve overall development productivity through encouraging collaboration,continuous feedback loops, and automating processes. These are the building blocks that can assist you to design a DevOps pipeline that suits your needs.
DevOps is basically a method of developing software that incorporates agile practices and automating multiple processes that are manual. Overall, it is widely used in the software development lifecycle (SDLC). Here, development and operations work together as one team. As a result, developers can produce software more efficiently as compared to traditional methods.
In this post, we are going to provide you with a detailed overview of some pro tips that can help you combat critical challenges of DevOps development and take your pipeline to the next level.
Ways to Take Your DevOps Pipeline to Next Level
On a cultural level, DevOps development services can help improve the relationship between collaborators, ultimately creating a united cycle that meets both IT and development objectives. Moreover, DevOps pipelines are mainly built to nurture a better collaboration between IT operations and development teams.
For an effective collaboration amongst the development and operations teams, DevOps provides different practices and principles. Such concepts are helpful to cope up with the challenges of DevOps.
Here are some effective ways to level up your DevOps pipeline –
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Focus on Team Management
A pipeline should be a tool that can facilitate a team of DevOps engineers to make their working smoother. You need to ensure to design your overall pipeline in such a way that it can support the development practices and workflows of your development team. Moreover, your integrations and tools should not reduce the development speed of your team.
In addition to this, you need to make sure that your configurations should not require the adoption of unnecessary processes. Instead, they should provide developers with an enhanced visibility into different SDLC processes. Furthermore, you need to design pipelines in such a way that they can ease team collaboration. So that, everyone on the team is aware of any notified issue or concern.
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Build for a Single Time
You need to keep the images as minimum as possible into your DevOps pipeline. However, it does not mean that you do need to submit a code multiple times. Instead, you need to build once after coders can submit their codes and promote the same through the rest of the DevOps pipeline.
Other than that, if you can promote your DevOps pipeline then you may avoid the inconsistencies that can occur during the rebuilding process. Moreover, it can ensure that you are performing tests on exactly the same build throughout the process.
And once you build the code you should store it into your repository securely. So, that you can re-use it as and when needed.
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Adopt Microservices
When you are upscaling your DevOps pipeline, you need to adopt advanced microservices to make the process smoother. It can assist you differentiate components of your tools and apps. This will create better modularity which can eventually grant greater flexibility and availability. Also, it can make it easier for your development team to maintain the DevOps pipeline.
Other than this, the adoption of microservices becomes much easier if you are building a pipeline right from the scratch. However, adoption is not so easy if you are already operating or working over a legacy pipeline. Thus, the best way to update your DevOps pipeline is to begin replacing tools on the piecemeal basis.
Furthermore, you can convert the tools that are already available as microservices. So if you drop legacy tooling then you can adopt advanced and updated tools. Such tools can help you reap the benefits of DevOps for your organization.
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Decouple Deployments
Some DevOps pipelines can select to separate delivery processes and their deployment. It means integrating a manual step between two processes or making the deployment process completely manual. Furthermore, pausing the post delivery automation process can enable you to perform double checks with better efficiency.
What’s more, you can perform some more checks and approval steps that are not possible otherwise. Also, you can perform complicated releases. Let us say, you are performing A/B deployments. Here you test two different variations of a product. Or let’s say you are performing blue/green deployments where you need to roll out upgrades on which the users may gradually shift over.
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Maintain Consistency
DevOps is a process that keeps on going till the existence of your business. You need to continuously redefine the codes to encash the benefits of DevOps. Moreover, there are some processes that you need to monitor continuously to detect any type of critical security concern or to measure overall performance.
Along with that, deliverables are always available throughout the process. Moreover, the automation that is involved in the DevOps development processes can make this continuity much easier for you to achieve. Apart from that, you can build various scripts and alerts to manage routine analyses and processes.
Concluding Lines
When you are moving towards the adoption of agile methodologies like DevOps, you will discover a whole new world of challenges. For some, designing a DevOps pipeline is an easy task, for others, it is a challenge to create DevOps pipelines as per their needs. Other than that, you should constantly assess the performance and make changes accordingly.
You need to make the most of every operational component to truly leverage the benefits of DevOps. Right from team management to designing agile pipelines via adoption of microservices. You can even consult with a reputed provider of DevOps development services that can assist you with eliminating challenges of DevOps integration. Also, it can help you automate your SDLC, move beyond pass or fail to test to shorten delivery time and simplify your entire chain of automation.
