To improve communication and collaboration between development and operations teams

To automate and streamline software delivery processes

To reduce the time it takes to release new software features

All of the above

Continuous Integration

Continuous Delivery

Continuous Deployment

All of the above

To automatically build and test code changes

To identify and fix bugs early in the development process

To provide feedback to developers on the quality of their code

All of the above

Continuous Delivery allows for manual deployment, while Continuous Deployment automates deployment

Continuous Delivery deploys changes to a staging environment, while Continuous Deployment deploys changes directly to production

Continuous Delivery requires manual testing, while Continuous Deployment relies on automated testing

None of the above

Puppet

Chef

Ansible

All of the above

To isolate and package an application and its dependencies

To provide a consistent runtime environment for an application

To simplify the deployment and management of applications

All of the above

Nagios

Zabbix

Prometheus

All of the above

To bridge the gap between development and operations teams

To automate and streamline software delivery processes

To ensure the reliability and performance of software systems

All of the above

Improved software quality

Faster time to market

Reduced costs

All of the above

Continuous Deployment

Agile Development

Incremental Deployment

Rapid Release

Git

Mercurial

Subversion

All of the above

To provide a centralized view of key metrics and performance indicators

To help teams identify and resolve issues quickly

To facilitate collaboration and communication between teams

All of the above

Kubernetes

Docker Swarm

Apache Mesos

All of the above

Staging

Production Testing

UAT (User Acceptance Testing)

Performance Testing

Collaboration and communication between teams

Continuous improvement and learning

Automation and streamlining of processes

All of the above