A Chef cookbook providing resources to manage Amazon Web Services infrastructure and services via Infrastructure as Code.
The aws cookbook is a Chef community cookbook that provides a set of custom resources for managing Amazon Web Services infrastructure. It allows developers and system administrators to define AWS resources—like EC2 instances, S3 buckets, IAM policies, and CloudFormation stacks—directly within their Chef recipes, enabling Infrastructure as Code practices for AWS environments.
DevOps engineers, system administrators, and infrastructure teams who use Chef for configuration management and want to integrate AWS resource provisioning into their Chef-managed nodes and workflows.
It offers a native Chef way to manage AWS, leveraging familiar resource syntax and idempotent operations, while supporting advanced AWS features like STS role assumption, MFA, and fine-grained IAM permissions. As part of the Sous Chefs community, it is actively maintained and integrates with the broader Chef ecosystem.
Development repository for the aws cookbook
Open-Awesome is built by the community, for the community. Submit a project, suggest an awesome list, or help improve the catalog on GitHub.
Supports a wide array of AWS services including EC2, S3, IAM, CloudFormation, and Route53, as shown by the extensive resource list in the README, enabling holistic infrastructure management from Chef.
Uses native Chef resource syntax and idempotent operations, allowing DevOps teams to seamlessly integrate AWS provisioning into existing Chef automation workflows without switching tools.
Emphasizes least-privilege principles and secure credential management, with README recommendations like using encrypted data bags and IAM roles to minimize exposure risks.
Maintained by the Sous Chefs community with continuous integration testing and contributions, ensuring reliability and updates for evolving AWS APIs.
The README explicitly warns of security risks, such as destructive actions and credential exposure, requiring careful IAM policy design and architectural oversight to avoid misconfigurations.
Some resources, like aws_elastic_lb, are not fully idempotent and won't update existing configurations, potentially leading to drift or manual intervention needs.
Setting up authentication with MFA, STS roles, and IAM policies is complex, as evidenced by the lengthy code examples for STS assumption and MFA token handling in the README.