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A Guide To An AWS Well-Architected Framework and its Five Pillars

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Lightstream Managed Services

Cloud architects can use AWS Well-Architected to create secure, high-performing, resilient, and efficient infrastructure for their applications and workloads. AWS Well-Architected Framework is a five-pillared strategy that customers and partners can use to examine architectures and build designs that scale over time.

History

The Framework began with a single whitepaper and has grown to include domain-specific lenses, hands-on labs, and the AWS Well-Architected Tool. The AWS WA Tool, available for free in the AWS Management Console, allows you to evaluate your workloads regularly, identify high-risk issues, and track your progress. The Well-Architected Partner Program at Amazon Web Services has hundreds of participants.

How Can it Help?

The AWS Well-Architected Framework will help you understand the advantages and disadvantages of certain decisions you make while building systems on AWS. Customers will learn architectural best practices for creating and sustaining cloud-based systems that are dependable, secure, efficient, and cost-effective using the Framework.

It allows clients to compare their designs to best practices regularly and identify areas for improvement. The architecture review process is not intended to be used as a tool for auditing but rather as a forum for collaborative discussion of architectural decisions.

The Five Pillars

Here's a look at the five pillars of the Well-Architected Framework, as well as design principles and best practices.

Operational Excellence

The capacity to support the development and execute workloads effectively, get insight into their operation, and constantly enhance supporting processes and procedures to generate business value is part of the Operational Excellence pillar. The Operational Excellence Pillar whitepaper contains prescriptive implementation advice.

Security

The ability to safeguard data, systems, and assets while utilizing cloud technologies to increase security is included in the Security pillar. The Security Pillar whitepaper contains prescriptive implementation advice.

Reliability

The Reliability pillar refers to a workload's capacity to perform its intended purpose correctly and consistently when required. This includes the ability to run the workload and test it during its entire lifecycle. The Reliability Pillar whitepaper contains prescriptive implementation advice.

Performance Efficiency

The capacity to efficiently employ computational resources to satisfy system needs and maintain that efficiency as demand changes and technology improves part of the Performance Efficiency pillar. The whitepaper on the Performance Efficiency Pillar contains prescriptive implementation advice.

Cost Optimization

The capacity to run systems so that they produce business value at the lowest cost is part of the Cost Optimization pillar. The Cost Optimization Pillar whitepaper contains prescriptive implementation advice.

In Short

Examining an architecture aims to identify any significant issues that need to be addressed or areas that may be improved. The AWS Well-Architected Framework follows AWS' internal evaluation process for systems and services.

Clients that use the Well-architected Framework in architecture will build more dependable and efficient systems while focusing on their functional objectives.

Jacob Albert is the author of this article.To know more about Vulnerability management please visit our website: www.lightstream.tech

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