azure-well-architected

To review Azure architecture for Well-Architected Framework compliance, evaluate your solution against reliability, security, cost, operational, and performance objectives. This produces an actionable checklist covering RTO/RPO, encryption, least-privilege, tagging, and observability.

The best way to enforce least-privilege and encryption in Azure IaC is to apply mandatory infrastructure-as-code rules during Bicep, ARM, or Terraform pull request reviews, ensuring all resources meet strict access and encryption standards before deployment.

Yes, you can use this guidance to assess Bicep, ARM, and Terraform pull requests. It evaluates IaC changes against mandatory rules for deployment safety, resource tagging, budgets, and automated CI/CD patterns to reduce architectural risk.

To ensure your Azure solution meets documented RTO and RPO requirements, apply structured reliability guidance during service selection and design. This validates that your architecture satisfies recovery objectives while balancing cost optimization and performance efficiency.

Yes, Azure Well-Architected guidance covers cost optimization by enforcing mandatory rules for resource tagging and budgets. It provides practical checklists to ensure your cloud infrastructure maintains cost controls and operational excellence.

Applying the Azure Well-Architected Framework manually risks inconsistent implementations across teams and overlooked requirements like observability or deployment safety. Structured automated guidance reduces architectural risk by enforcing mandatory rules uniformly across all designs.