Building Resilient Systems with DevOps Automation
As the number of IT engineers grows, productivity and efficiency have been impacted, highlighting the need for better synchronization between development and operations teams. DevOps emerged as a strategy to bridge this gap, addressing the fast-paced, automation-driven market where new deployments happen rapidly. Rather than a technology, DevOps is a strategy that ensures alignment between developers and operations to achieve customer satisfaction.
**For More Info.:** https://blog.devopsenabler.com/devops_automation/
DevOps automation spans across various stages, starting from product planning to the release and monitoring phases. Key components include Auto Scaling, Code Quality Integration, Version Control, and Application Lifecycle Management (ALM), which ensure code quality, proper versioning, and smooth transitions between development phases. Infrastructure and Software Configuration Management ensure that code functions optimally while maintaining a balance between developers and operations teams.
Change Management, Defect Management, and Auto Deployment Management address potential disruptions, ensuring seamless software operation. Build Automation, Binary Storage Management, and Deployment Promotion help improve productivity and reduce production time, enabling faster deployments. Continuous Integration ensures code updates are synchronized and relevant. Finally, Reporting and Log Management track performance, identify issues, and provide valuable insights for continuous improvement.
In summary, DevOps automation enhances software development, but the level of automation should align with the application’s specific needs.
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