Seth Eliot

Multi-Region active/active architectures, when implemented properly, can offer the highest availability for your workloads. Multi-Region active/standby architectures give you a variety of options to meet your recovery time and recovery point objectives for business continuity.

Chaos engineering uses fault injection experiments to build confidence in your workload’s resilience. In this chalk talk, learn how to employ a data-driven approach that can help you formulate hypotheses and put them to the test.

Join this session to learn from Amazon.com experience scaling and building resilient systems. With over two decades of combined experience in engineering highly scalable systems at Amazon.com, the session speakers guide you through how Amazon.com builds resilient applications.

Is your organization prepared to handle and recover from potential disasters that can impact your workloads? Whether they are at risk from natural disasters, technical failures, or human actions, it is important that your workloads are resilient and able to perform their intended functions correctly and consistently.

Amazon.com launched in 1995 with a modest architecture and a grand vision to be Earth’s most customer-centric company. Learn how Amazon.com got big fast, and see their evolution from a monolithic architecture to a massively scalable system based on service-oriented architecture and microservices.

Chaos engineering uses fault injection experiments to build confidence in your workload’s resilience. Using the AWS Well-Architected Framework, learn about design principles and AWS resources to help build a resilient architecture.

The reliability pillar of the AWS Well-Architected Framework describes 66 best practices for creating reliable workloads built on AWS. Whether you have read about these in the recently updated reliability pillar whitepaper or not, this chalk talk is where you can learn about these reliability best practices.

Is your organization prepared to handle and recover from disasters? Whether you are facing natural disasters, technical failures, or human actions, it is important that your workloads are resilient, performing their intended functions correctly and consistently.

Amazon.com launched in 1995 with a modest architecture and a grand vision to be Earth’s most customer-centric company. Learn how Amazon.com got big fast, and see their evolution from a monolithic architecture to a massively scalable system based on service-oriented architecture and microservices.

In this workshop, learn hands-on how to use chaos engineering to set up failure injection testing to validate the resiliency of your service. Using the AWS Well-Architected Framework, learn about the design principles and AWS resources to ensure a resilient architecture.

The reliability pillar of the AWS Well-Architected Framework describes 64 best practices for creating reliable workloads on AWS. Whether or not you have read about these in the recently updated reliability pillar whitepaper, this chalk talk is your one stop to learn about these reliability best practices.

Amazon.com’s transition from an on-premises monolith architecture to a microservices architecture powered by AWS is a dynamic example of innovation. In this session, see a high-level overview of how Amazon utilizes AWS as a platform to drive innovation across many of its programs.

In this session, you learn how to use chaos engineering to set up failure injection testing to validate the resiliency of your service. Referencing the AWS Well-Architected Framework, you learn about the design principles and AWS resources that help ensure a resilient architecture.

In this workshop, we illustrate how to set up your own resiliency testing. We set up a simple three-tier architecture and explore the failure modes with Bash and Python scripts.