AWS CloudFormation's key features include automation and cost-benefit, template creation, integration, modular design via nested stacks, ease-of-use through JSON and YAML, quick deployment, scalability, infrastructure as code, and version control. Its capabilities for reusable code, managing multiple environments, fast deployment, error reduction, graphical interface, and documentation prominence make it valuable for provisioning resources across various regions, aiding resource management, and enhancing deployment speed and accuracy across AWS platforms.
- "With the help of AWS CloudFormation, I have managed the updates and rollbacks smoothly when there are changes in the infrastructure."
- "AWS CloudFormation is valuable because it allows me to create resources using YAML files without needing to learn a specific language."
- "AWS CloudFormation makes infrastructure deployment easy."
AWS CloudFormation faces challenges in handling cross-account references and lacks support for multi-cloud environments. Users find it less user-friendly with a steep learning curve. Error handling, customization, and documentation could be improved to enhance usability. The absence of graphical interfaces and Python language support limits flexibility. Users experience delays in deploying new AWS services and managing complex infrastructures. The tool is restricted to AWS, which limits integration with other platforms like Azure and Google Cloud.
- "Splitting CloudFormation into multiple formations results in changes to resources like API gateway URLs and Cognito pools, which causes issues, especially when trying to maintain consistency across resources."
- "The Infrastructure Composer is not fully complete, making it necessary to tweak the code manually after generating it, which could be improved."
- "The Infrastructure Composer is not fully complete, making it necessary to tweak the code manually after generating it, which could be improved."