Log analytics, continuous integration, and continuous delivery can theoretically be performed manually. The problem with this is that it would require a large team, a significant amount of time, and a level of coordination and communication among the members of the team, which is not typically possible.
These processes can be automated using software tools and specified parameters. Observability, reliability, and remediation have
- Infrastructure as Code tools can automatically configure software environments using pre-written configuration files.
- New versions of your application can be built, tested, and deployed using Release Automation Kits.
- Automated testing frameworks can check whether a new version of an application meets predetermined quality levels by evaluating how it performs.
However, automation reduces the reliance of DevOps practices on humans to perform simple, repetitive tasks.
Recognizability, dependability, and remediation have become progressively automated since the term DevOps was presented in 2009. Numerous new innovations are currently being made to computerize these tasks.
Automation support DevOps
Why should you automate DevOps?
DevOps tools empower development teams and make them more efficient from an engineer’s perspective. Developers can increase the frequency of releases and get faster feedback by reducing cross-group dependencies and avoiding manual processes for preparing and setting up infrastructure.
DevOps automation reduces the time it takes to deploy features from a business perspective. Automation What processes need to be automated?
If you’re trying to figure out where to focus your automation efforts, start with the biggest challenges.
The goal of DevOps automation is to move towards a self-service model in which
Organizations are beginning to explore what they can automate during the operational phase, when software is in production and delivers business value, after they automate the constraints engineers face when releasing and deploying new code to production, dramatically increasing speed. development in the process.
Analyze data from recent incidents, especially recurring problems, for bottlenecks. Identify problems that lead to long-term or recurring events. The improvements should improve the reliability and availability of the platform by preventing or mitigating the consequences of certain types of accidents.
also improves the reliability and availability of the platform by reducing the number of incidents caused by human error or disruptions in the environment, or by automatically recovering (automatically identifying and fixing problems). It also minimizes the need for huge teams, reducing friction between teams and minimizing duplication and repetitive work of multiple development teams.
Because DevOps approaches seamlessly integrate with Agile, they can and should be used to achieve these goals.
How should you automate DevOps processes?
Once you’ve solved your automation challenge, try to figure out what technologies are available to help you solve it.
On average, it is more efficient to use freely available tools and standards than to create and maintain your own.
Consider the following before adding a new tool to your technology stack:
Conclusion
Continuous Integration enables you to leverage proven automated test and deployment tools, dramatically reducing the time (and effort) required to release code. We see this in surveillance, incident management, and automated remediation solutions, where we see many innovations in the tools, we use to work with our software in a production environment. Contact us to find out how iauro can help you on your automation journey. With over a decade of industry presence, our experts can help you assess and execute your end-to-end automation cycle.
0 Comments