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AWS Well-Architected Framework Flashcards
| Front | Back |
| Give an example of performance optimization for compute | Selecting the right instance type and sizing for workloads |
| How do you reduce costs when using AWS | Right-sizing instances using reserved instances and applying cost monitoring |
| How does reliability help an AWS architecture | Ensures workloads can recover from failures and automatically meet demand |
| How is cost optimization achieved | Avoiding unneeded costs and maximizing resource utilization |
| List the five pillars of the AWS Well-Architected Framework | Operational Excellence, Security, Reliability, Performance Efficiency, Cost Optimization |
| Name one practice to ensure operational excellence | Automating changes and responding to events quickly |
| What does operational excellence focus on | Operations processes, continuous improvement, and management of workloads |
| What does performance efficiency address | Using resources efficiently to meet system requirements |
| What is a key security best practice | Implementing the principle of least privilege and secure network architecture |
| What's an outcome of following the AWS Well-Architected Framework | High-performing secure and cost-efficient workloads |
| When reviewing an architecture what should you assess first | Your business objectives and how well they align with the solution |
| Where can you find detailed guidance on the pillars | AWS Well-Architected Tool and official AWS documentation |
| Which AWS services help improve reliability | Services like Amazon Route 53 AWS Auto Scaling and Amazon RDS |
| Why is it important to have a Well-Architected Review | To identify gaps reduce risk and drive continuous improvement |
| Why is the security pillar important | Ensures the confidentiality integrity and availability of data and systems |
Front
What is a key security best practice
Click the card to flip
Back
Implementing the principle of least privilege and secure network architecture
Front
List the five pillars of the AWS Well-Architected Framework
Back
Operational Excellence, Security, Reliability, Performance Efficiency, Cost Optimization
Front
Why is it important to have a Well-Architected Review
Back
To identify gaps reduce risk and drive continuous improvement
Front
How is cost optimization achieved
Back
Avoiding unneeded costs and maximizing resource utilization
Front
Why is the security pillar important
Back
Ensures the confidentiality integrity and availability of data and systems
Front
What's an outcome of following the AWS Well-Architected Framework
Back
High-performing secure and cost-efficient workloads
Front
How do you reduce costs when using AWS
Back
Right-sizing instances using reserved instances and applying cost monitoring
Front
What does performance efficiency address
Back
Using resources efficiently to meet system requirements
Front
Which AWS services help improve reliability
Back
Services like Amazon Route 53 AWS Auto Scaling and Amazon RDS
Front
When reviewing an architecture what should you assess first
Back
Your business objectives and how well they align with the solution
Front
What does operational excellence focus on
Back
Operations processes, continuous improvement, and management of workloads
Front
Name one practice to ensure operational excellence
Back
Automating changes and responding to events quickly
Front
How does reliability help an AWS architecture
Back
Ensures workloads can recover from failures and automatically meet demand
Front
Give an example of performance optimization for compute
Back
Selecting the right instance type and sizing for workloads
Front
Where can you find detailed guidance on the pillars
Back
AWS Well-Architected Tool and official AWS documentation
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This deck covers the five pillars of the AWS Well-Architected Framework, including operational excellence, security, reliability, performance efficiency, and cost optimization, essential for designing robust AWS architectures.