Introduction
DevOps automation is the process of automating workflows within IT. The goal of DevOps automation is to improve productivity, quality, and efficiency by automating repetitive tasks that can be done manually or with simple scripting languages.
DevOps is the automobile, and Automation is the engine, and we firmly believe that this statement also applies to DevOps and Automation. Without automation (or other processes and behaviours), DevOps is still possible but ineffective. DevOps requires fast processing and fast testing. Automation plays a key role in enabling DevOps to support numerous projects and pipelines in an economical manner.
DevOps automation is the practice of automating the deployment and maintenance processes for your application. It’s a great way to reduce wasted time, increase productivity and make sure you have everything running smoothly at all times.
DevOps automation can help you achieve these benefits:
- Reduces your time spent on repetitive tasks by automating as much of them as possible.
- Reduces errors by eliminating manual tasks that cause human error.
- Decreases the chance that something goes wrong because if there’s no human involved in the process then nothing will go wrong either (or at least not right away).
What is DevOps?
DevOps (DevOp(s), short for development and operations) is a software development methodology, culture, and practice. It’s a set of best practices that aims to improve the efficiency, reliability, security, and flexibility of software development through collaboration between developers and IT operations staff.
To get you started on your DevOps journey, here are some key concepts:
- The term “DevOps” was originally coined by Gene Kim in 2010 as an umbrella term to describe the relationship between developers and IT Ops professionals. In 2014 it was popularized by Chris Selden when he wrote his book titled “Dev Ops at scale.”
- A DevOps approach, according to Wikipedia, “involves automation through tooling such as Jenkins or Chef cookbooks; improved team collaboration; continuous integration/deployment using tools like Gitlab CI/CD (Continuous Integration / Continuous Delivery); provisioning environments with Ansible Automation; and other related concepts.”
Benefits of DevOps Automation
- Reduced time to market
- Cost savings Productivity gains
- Improved productivity
- Improved quality
- Faster innovation
- Increased efficiency in development
- Higher reliability
- Customer satisfaction
Challenges for DevOps Automation
DevOps automation is a rapidly evolving field. It’s still in its infancy, and it’s not yet clear to many people how DevOps automation will shape our development processes and culture. At the same time, we can’t ignore the fact that there are many challenges facing DevOps automation today:
- There are no clear guidelines for what constitutes “good” or “bad” code (or even which parts of code should be automated). If you want your automated tests to pass reliably under various circumstances—for example, if you want them to run every day—you’ll need to understand how each scenario interacts with your other parts of the system. That’s why understanding programming languages is so important as part of any test suite!
- When new features are added to an existing application over time (which is common), developers may not have enough context about what was changed when compared to older versions; this leads them down paths where they think something has changed but actually hasn’t (e.g., “Oh wait… I did change this method signature”). This can cause problems when running automated tests later on because they don’t always pick up changes made after deployment unless those changes were noted explicitly within their source files themselves.”
Conclusion
In this article, we’ve covered the basics of DevOps automation: how it works, why you should use it, and what kinds of tools are available. We also talked about how to choose a tool that’s right for your organisation and whether or not it will be worth the investment.
In conclusion, DevOps automation is a vital part of the modern software development process. It allows for fast, reliable, and repeatable deployments of applications in the cloud or on-premises. The capabilities of this technology can improve application performance, reduce costs and enable new business models that require faster feedback cycles from developers and testers.