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2016 Utah Cloud Summit: Architecting on AWS - Best Practices

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An overview of best practices for architecting on AWS. Covers best practices for security, reliability, performance, and cost optimization.

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2016 Utah Cloud Summit: Architecting on AWS - Best Practices

  1. 1. Architecting on AWS: Best Practices Asha Chakrabarty, AWS Solutions Architect
  2. 2. The AWS Well-Architected Framework • Increase awareness of architectural best practices • Addresses foundational areas that are often neglected • Consistent approach to evaluating architectures • Composed of: • Pillars • Design principles • Questions
  3. 3. Pillars of Well-Architected Security Reliability Performance Efficiency Cost Optimization
  4. 4. Security • The ability to protect information, systems, and assets while delivering business value through risk assessments and mitigation strategies. • Data protection • Privilege management • Infrastructure protection • Detective controls
  5. 5. Security is shared between AWS and you AWS Foundation Services Compute Storage Database Networking AWS Global Infrastructure Regions Availability Zones Edge Locations Client-side Data Encryption Server-side Data Encryption Network Traffic Protection Platform, Applications, Identity & Access Management Operating System, Network, & Firewall Configuration Customer applications & contentCustomers Customers have their choice of security configurations IN the Cloud AWS is responsible for the security OF the Cloud
  6. 6. Key AWS Services for Security • Data Protection: - Elastic Load Balancer - Amazon EBS, Amazon S3, Amazon RDS, AWS KMS • Privilege Management: - AWS IAM, MFA • Infrastructure Protection: - Amazon VPC • Detective Controls: - AWS CloudTrail - Amazon CloudWatch - AWS Config
  7. 7. Reliability • The ability of a system to recover from infrastructure or service failures, dynamically acquire computing resources to meet demand, and mitigate disruptions such as misconfigurations or transient network issues. • Foundations • Change management • Failure management
  8. 8. Key AWS Services for Reliability • Foundations: - AWS IAM - Amazon VPC • Change Management: - AWS CloudTrail - AWS Config • Failure Management: - AWS CloudFormation
  9. 9. Performance Efficiency • The ability to use computing resources efficiently to meet system requirements, and to maintain that efficiency as demand changes and technologies evolve. • Compute • Storage • Database • Go Global
  10. 10. Key AWS Services for Performance Efficiency • Compute: Auto Scaling • Storage: - Amazon EBS - Amazon S3 - Amazon Glacier • Database: - Amazon RDS - Amazon DynamoDB • Go Global: - Global presence with regions spanning the globe - Amazon CloudFront
  11. 11. Cost Optimization • The ability to avoid or eliminate unneeded cost or suboptimal resources. • Matched supply and demand • Cost-effective resources • Expenditure awareness • Optimizing over time
  12. 12. Key AWS Services for Cost Optimization • Matched supply and demand: Auto Scaling • Cost-effective resources: - Reserved Instances (RI): prepaid capacity to reduce your cost - AWS Trusted Advisor: inspect your AWS environment and find opportunities to save money. • Expenditure awareness: - Amazon CloudWatch alarms - Amazon Simple Notification Service (SNS) notifications • Optimizing over time: - The AWS Blog and What’s New section on the AWS website - AWS Trusted Advisor
  13. 13. Design Principles • The Well-Architected Framework has identified a set of design principles to facilitate good design in the cloud: • General design principles • Pillar-specific design principles Automate responses to security events: Monitor and automatically trigger responses to event-driven, or condition-driven, alerts.
  14. 14. Questions • A set of questions you can use to evaluate how well an architecture is aligned to AWS best practices.
  15. 15. Next Steps • Read the whitepaper • Apply it to your architectures • Schedule time for an architectural review with your Solutions Architect
  16. 16. Thank you!

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