Can it help with Terraform state migrations?

Absolutely. The skill provides detailed workflows for configuring remote backends (such as S3, GCS, or Azure Blob) with state locking and encryption to ensure team collaboration.

Does it generate complete module structures?

Yes, it produces standardized outputs including main.tf, variables.tf, and outputs.tf, along with example usage files to ensure your infrastructure is documented and reproducible.

How does it handle security and secrets?

The skill strictly follows security constraints, ensuring that secrets are never stored in plain text and that all modules use least-privilege principles and encrypted state.

Does this skill support multi-cloud environments?

Yes, it is designed to handle provisioning across AWS, Azure, and Google Cloud Platform (GCP) using provider-specific best practices and configurations.

Terraform Engineer

Name: Terraform Engineer
Author: franroa

byfranroa

Despliegue y DevOps

Architects and implements enterprise-grade infrastructure as code using modular design and multi-cloud best practices.

Acerca de

The Terraform Engineer skill transforms Claude into a senior DevOps specialist capable of designing scalable, production-ready infrastructure across AWS, Azure, and GCP. It provides expert guidance on creating reusable modules, managing secure remote states with locking, and implementing enterprise IaC patterns that ensure compliance, maintainability, and security. Whether you are migrating local state to the cloud or refactoring legacy infrastructure into composable components, this skill ensures your code follows industry-standard HCL patterns.

Características Principales

Multi-cloud provider configuration for AWS, Azure, and GCP
Secure remote state management with backend locking and encryption
Modular infrastructure architecture and reusable design patterns
0 GitHub stars
Enterprise-grade IaC best practices including DRY principles and security compliance
Automated input validation and standardized resource tagging

Casos de Uso

Refactoring monolithic IaC into composable, testable, and version-controlled components
Building reusable infrastructure modules for standardized multi-environment setups
Migrating local Terraform state to secure remote backends like S3 or Azure Blob Storage

Acerca de

Características Principales

Multi-cloud provider configuration for AWS, Azure, and GCP
Secure remote state management with backend locking and encryption
Modular infrastructure architecture and reusable design patterns
0 GitHub stars
Enterprise-grade IaC best practices including DRY principles and security compliance
Automated input validation and standardized resource tagging

Casos de Uso

Refactoring monolithic IaC into composable, testable, and version-controlled components
Building reusable infrastructure modules for standardized multi-environment setups
Migrating local Terraform state to secure remote backends like S3 or Azure Blob Storage