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AWS WELL ARCHITECTED FRAMEWORK

Greysa SantanderGreysa Santander

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Use cases

About

The AWS WELL ARCHITECTED FRAMEWORK mind map template provides a structured breakdown of the six core pillars used by cloud architects to build secure, high-performing, and resilient infrastructure. This AWS WELL ARCHITECTED FRAMEWORK cheat sheet covers 41 nodes of critical cloud architecture knowledge, including the Sustainability Pillar and the Performance Efficiency Pillar. It serves as a technical guide for evaluating architectures against AWS best practices, specifically focusing on areas like 'Distributed system Design' and 'Automating Changes'. By using this AWS WELL ARCHITECTED FRAMEWORK template, teams can ensure their cloud workloads meet business requirements without overspending. The map is organized into a radial structure that branches into specific design principles and operational standards, making it an essential tool for cloud migration and infrastructure audits.

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When to use this template

Cloud Architects and Solutions Architects

Conducting a formal AWS Well-Architected Review for a production workload

DevOps Leads and Engineering Managers

Onboarding new DevOps engineers to cloud governance and security standards

IT Infrastructure Managers and CTOs

Planning a cloud migration strategy to ensure cost and performance efficiency

How to use this template

Step 1

Download and Open the File

Download the .xmind file and open it using Xmind desktop or the web-based editor to view the full six-pillar structure.

Step 2

Map Your Current Workload

Navigate to the 'Reliability Pillar' or 'Security Pillar' and add sub-topics to document how your specific application meets these AWS standards.

Step 3

Export for Stakeholder Review

Use the export feature to share your architectural assessment as a PDF or image during infrastructure review meetings with your team.

Frequently asked questions

This template includes all six pillars: Operational Excellence, Security, Reliability, Performance Efficiency, Cost Optimization, and the recently added Sustainability Pillar. Each pillar is broken down into specific design principles and actionable focus areas for cloud architects.

You can use the 'Security Pillar' and 'Reliability Pillar' branches as a checklist to evaluate your current workload. By reviewing nodes like 'Managing User Permissions' and 'Recovery Planning', you can identify gaps in your architecture and document remediation steps directly in Xmind.

Yes, this Xmind template is fully editable. You can add sub-nodes to the 'Cost Optimization Pillar' to track specific spending goals or expand the 'Performance Efficiency Pillar' with your own monitoring tool stack and business-specific requirements.

Yes, it includes a dedicated branch for the Sustainability Pillar, focusing on the 'Shared Responsibility model' and strategies to 'Minimize required resources' to reduce the environmental footprint of your cloud operations.

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