Building Resilient Architectures on AWS
A practical guide to architecting cost-efficient, resilient solutions in AWS
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Unlock the power of AWS to create resilient cloud architectures on AWS and operate your business efficiently using best practices Key Features: - Transform chaos into reliability with real-world case studies and cutting-edge methods to design robust AWS architectures - Minimize downtime and protect business revenue through battle-tested architectural strategies - Implement scalable architecture solutions on AWS using proven patterns and best practices - Purchase of the print or Kindle book includes a free PDF eBook Book Description: Building systems that can withstand failure is key to running...
Unlock the power of AWS to create resilient cloud architectures on AWS and operate your business efficiently using best practices Key Features: - Transform chaos into reliability with real-world case studies and cutting-edge methods to design robust AWS architectures - Minimize downtime and protect business revenue through battle-tested architectural strategies - Implement scalable architecture solutions on AWS using proven patterns and best practices - Purchase of the print or Kindle book includes a free PDF eBook Book Description: Building systems that can withstand failure is key to running a successful business on the cloud. Learn from distinguished AWS experts-Ajit, Imaya, and Rodrigue-who bring over four decades of experience in architecting enterprise-scale solutions, speaking at major AWS conferences, and implementing resilience strategies across diverse industries, as they guide you through building highly available and fault-tolerant applications on AWS. This book explores resiliency, offering steps to design, build, and operate resilient architectures on AWS. You'll master data security practices, backup strategies, and automation techniques, helping you build strong defenses and reliable recovery plans for resilience against disruptions. You'll also learn how to apply AWS Well-Architected pillars to design applications with redundancy, loose coupling, graceful degradation, and fault isolation. With architecture examples, you'll validate your design's effectiveness through resilient patterns, performance monitoring, and chaos engineering. By the end of this book, you'll be equipped with best practices for creating robust cloud infrastructures to ensure business continuity and success and become proficient at creating fault-tolerant systems, optimizing performance, and ensuring reliability across regions. What You Will Learn: - Master the key concepts and principles of building resilience in the cloud - Architect modern applications using serverless and containers following best practices - Use the AWS Well-Architected Framework to build durable architectures - Anticipate operational events with chaos engineering techniques - Understand when and how to use multi-region and cell-based architectures - Attain highly efficient and reliable workload architectures on AWS - Navigate the collaborative approach of the AWS Shared Responsibility Who this book is for: The book is for developers, architects, site reliability engineers, and IT managers who use cloud services for their workloads. It is particularly valuable for those using AWS to develop, deploy, and operate their applications. Prior knowledge of public cloud, architecting highly available infrastructure and applications, software development, deployment, and DevOps practices is assumed. Table of Contents - Understanding Resilience Concepts - Implementing Resilient Compute and Auto Scaling - Securing and Backing Up Critical Data - Orchestrating Graceful Degradation - Exploring the AWS Shared Responsibility Model - Learning AWS Well-Architected Principles for Resiliency - Architecting Fault-Tolerant Applications - Resiliency Considerations for Serverless Applications - Using Containers to Improve Resiliency - Resilient Architectures Across Regions - Examples of Resilient Architecture - Observability, Auditing, and Continuous Improvement - Performing Chaos Engineering Testing - Disaster Recovery Planning and Testing - Finalize Building Resilient Architecture Using AWS Resilience Services
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