AWS Well-Architected Framework

AWS Well-Architected Review 

Modern software development using cloud services has increased the speed of innovation in the market. New products and applications can expand your reach and support customers, faster.

 

By implementing Well-Architected Framework best practices, you’ll create applications that are scalable, robust, and agile. The five design principles outlined for Well-Architected applications ensure that your applications have a solid foundation for success and perform reliably and efficiently.

 

The Well-Architected Review and Tools provides guidance on best practices and identifies areas to improve your workload throughout the development and application lifecycle.

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Well-Architected Review

5 Pillars of the AWS Well-Architected Review

We use the Well-Architected framework to evaluate your workloads and ensure that they are secure, high-performing, resilient, and efficient. The framework provides a consistent approach to cloud architecture and is built on 5 key pillars.

 

Operational Excellence

Your systems and workloads should deliver business value and be transparent enough to monitor and improve continuously.

 

• Understand your business and customer needs and your workloads and their expected behaviors.

• Implement engineering best practices and design your workload; including an understanding of how it will be deployed, updated, and operated.

• Prepare for deployment with checklists and runbooks in place; test procedures and failure scenarios.

 

Read more about the Operational Excellence pillar.

 
Security

Protect your information, systems, and assets on workloads that deliver business value with mindful risk assessment and mitigation strategies.

 

• Implement a strong identity foundation and enforce appropriate authorization of interactions at all levels.

• Automate security best practices to improve cost-effective security at scale.

• Apply security at all layers of your workload and proactively prepare for security incidents.

 

Read more about the Security pillar.

 
Reliability

Architect systems that can recover from disruptions, dynamically acquire computing resources, and mitigate disruptions.

 

• Test and automate recovery procedures to detect and repair failures.

• Monitor demand and system utilization and dynamically scale resources to prevent resource saturation.

• Manage changes to your system via automation, including updates to the infrastructure.

 

Read more about the Reliability pillar.

 
Performance Efficiency

Make efficient use of computing resources as demand changes and technology evolves.

 

• Democratized advanced technologies by leveraging cloud services and keep your team focused on product development.

• Use serverless architectures to reduce the operational burden of managing servers, while reducing cost.

• Reduce latency and create a better customer experience with global deployment.

 

Read more about the Performance Efficiency pillar.

 
Cost Optimization

Optimize cost over the entire product lifecycle by fully utilizing all resources and achieving outcomes at the lowest possible price point.

 

• Adopt a consumption model to based on usage, not on elaborate forecasting.

• Analyze and attribute expenditures to understand return on investment and provide transparency to individual workloads and services.

• Leverage managed services to reduce the operational burden and find a lower cost per transaction.

 

Read more about the Cost Optimization pillar.

 

AWS Resources

Our architecture team will identify and review your workloads to ensure your foundation is secure, reliable, efficient, and optimized for cost.

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