AWS designed the Well-Architected Framework Review to help cloud architects build better, secure, and cost-effective infrastructure for their apps.
Get StartedIn a rapidly evolving digital landscape, having a robust and scalable infrastructure is paramount. AWS Well-Architected is your guiding light on this journey, ensuring that your cloud environment is Secure, Highly efficient, Reliable, Performant & Cost Effective.
The security pillar centers on safeguarding information and systems. Key areas of focus involve ensuring data confidentiality and integrity, effectively managing user permissions, and implementing controls to identify security incidents.
The reliability pillar places its emphasis on workloads consistently fulfilling their intended functions and swiftly recovering from failures to meet demands. Key areas of focus encompass designing distributed systems, devising recovery strategies, and adapting to evolving requirements.
The operational excellence pillar prioritizes the management and monitoring of systems while continuously enhancing processes and procedures. Vital areas of emphasis involve automating modifications, responding to incidents, and establishing standards to govern daily operations.
The performance efficiency pillar emphasizes the organized and efficient allocation of IT and computing resources. Essential areas of concern encompass choosing resource types and sizes tailored to workload demands, closely monitoring performance, and sustaining efficiency as business requirements evolve.
The cost optimization pillar centers on cost-efficiency, aiming to eliminate unnecessary expenditures. Vital areas encompass comprehending spending trends and managing budget allocation, choosing the appropriate type and quantity of resources, and scaling to match business requirements without exceeding the budget.
The sustainability aspect emphasizes reducing the environmental footprint of operating cloud workloads. It encompasses crucial areas like a shared responsibility model for sustainability, comprehending impact, and optimizing utilization to minimize resource needs and mitigate downstream consequences.