Cloud Automation Tools Questions and Answers for Viva

Answer-1: Logs provide audit trails and help diagnose automation failures.

Answer-2: Azure Automation offers process automation, configuration management, and update management.

Answer-3: A toolkit for deploying and managing serverless applications across cloud providers.

Answer-4: Yes, tools like Terraform and Ansible can manage Kubernetes and Docker setups.

Answer-5: Validating infrastructure deployments meet the desired state and compliance requirements.

Answer-6: By automating resource provisioning and configuration, they enable rapid scaling with minimal manual effort.

Answer-7: Cloud automation tools help automate cloud infrastructure provisioning, management, deployment, and orchestration tasks.

Answer-8: "Terraform, AWS CloudFormation, Puppet, Chef, Jenkins, Azure DevOps."

Answer-9: Terraform is used for Infrastructure as Code (IaC) to provision and manage cloud resources declaratively.

Answer-10: Ansible automates configuration management, application deployment, and task execution using simple YAML playbooks.

Answer-11: AWS CloudFormation is a service that automates provisioning and managing AWS resources using templates.

Answer-12: Terraform supports multiple clouds with HCL language, while CloudFormation is AWS-specific and uses JSON/YAML.

Answer-13: Yes, tools like Terraform and Ansible support multi-cloud automation.

Answer-14: IaC is the practice of managing infrastructure through machine-readable configuration files.

Answer-15: They reduce manual intervention, ensure repeatability, and automate complex workflows, speeding deployment.

Answer-16: Jenkins automates continuous integration/continuous deployment (CI/CD) pipelines.

Answer-17: Puppet is a configuration management tool that automates system setup and application deployment.

Answer-18: Chef uses Ruby DSL and follows a pull-based approach; Puppet uses its own declarative language with a master-agent model.

Answer-19: Azure DevOps provides CI/CD pipelines, infrastructure automation, and project tracking for Azure and other platforms.

Answer-20: YAML, JSON, HCL, Ruby, Python, and Shell scripting are commonly used.

Answer-21: Automation can optimize resource provisioning and de-provisioning to avoid waste and reduce costs.

Answer-22: A playbook is a YAML file defining automation tasks and configurations in Ansible.

Answer-23: Idempotency ensures tasks can be run multiple times without changing the system after the first successful execution.

Answer-24: Yes, tools can enforce security policies, configurations, and compliance checks automatically.

Answer-25: APIs enable automation tools to communicate with cloud platforms and control resources programmatically.

Answer-26: Most tools provide rollback mechanisms, logging, and alerting for error handling.

Answer-27: Configuration management focuses on setting up systems, while orchestration coordinates multiple automated tasks.

Answer-28: "Using Jenkins pipelines to automate build, test and deployment workflows across multiple services."

Answer-29: Kubernetes automates container deployment, scaling, and management.

Answer-30: Git manages version control of automation scripts and infrastructure code.

Answer-31: By applying the same configurations and processes automatically, reducing human error.

Answer-32: A JSON or YAML file that describes the resources and configurations for an AWS stack.

Answer-33: They enable fast and consistent rebuilding of infrastructure and applications after failures.

Answer-34: A plugin that allows Terraform to interact with a specific cloud service or platform.

Answer-35: A reusable and composable set of Terraform configuration files.

Answer-36: Yes, Ansible supports network automation for many vendors.

Answer-37: Complexity, learning curve, tool compatibility, and managing state consistency.

Answer-38: Through APIs and plugins, enabling automated responses to alerts.

Answer-39: Cloud Custodian automates governance and compliance by enforcing policies in cloud environments.

Answer-40: Automatically deploying every change that passes tests to production.

Answer-41: By enabling automation, collaboration, and faster delivery cycles.

Answer-42: A deployment strategy that reduces downtime by running two identical environments and switching traffic.

Answer-43: It defines a Jenkins pipeline as code for CI/CD automation.

Answer-44: Yes, many tools support serverless framework deployments and management.

Answer-45: Chef uses cookbooks and recipes written in Ruby DSL to define system states.

Answer-46: State files track real-world infrastructure to map with configuration.

Answer-47: Yes, automation can configure and manage auto-scaling policies.

Answer-48: It automates operational tasks and resource management on AWS.

Answer-49: Push applies configurations from a central server; pull lets clients request configurations.

Answer-50: By automating the detection and deployment of patches consistently across systems.