aws-well-architected

Review AWS architecture by applying Well-Architected pillar checks across security, reliability, performance, cost, operational excellence, and sustainability to identify gaps. The framework produces a prioritized list of recommended fixes, verifying least-privilege IAM, encryption, and multi-AZ reliability.

Yes, you can review infrastructure-as-code pull requests using Well-Architected best practices. The framework provides an architecture review checklist to apply when reviewing CDK, CloudFormation, or Terraform changes that touch cloud infrastructure, ensuring security and reliability rules are enforced.

The best way to enforce least-privilege IAM and encryption is by applying AWS Well-Architected security pillar rules during solution design and code review. This verifies encryption in transit and at rest, alongside observability requirements like logs, metrics, and traces.

Balance cost and reliability by using Well-Architected trade-off guidance when selecting AWS services. The framework advises on balancing competing priorities, verifying cost tagging and budgets while maintaining multi-AZ reliability and providing sustainability right-sizing recommendations.

Yes, the AWS Well-Architected framework covers sustainability and right-sizing. It includes a dedicated Sustainability pillar that provides design principles and specific right-sizing recommendations to reduce environmental impact while maintaining performance efficiency.

You need an architecture review checklist when proposing or approving AWS changes and reviewing pull requests. It provides structured rules to reduce technical debt, ensuring operational excellence, security, and reliability gaps are addressed before deploying cloud infrastructure.