What does it mean to be complicated? How can we manage complexity when we scale up systems? Why do people find it horrifying when the internal complexity of monolithic apps is replaced by a “death star” diagram of the relationships between microservices? Why do people expect complex adaptive systems to behave predictably? How does complicated relate to intuitive? Why is one of the most complicated things we own, our smartphone, easy to use by 2 year olds?

What does it mean to be complicated? How can we manage complexity when we scale up systems? Why do people find it horrifying when the internal complexity of monolithic apps is replaced by a “death star” diagram of the relationships between microservices? Why do people expect complex adaptive systems to behave predictably? How does complicated relate to intuitive? Why is one of the most complicated things we own, our smartphone, easy to use by 2 year olds?

What does it mean to be complicated? How can we manage complexity when we scale up systems? Why do people find it horrifying when the internal complexity of monolithic apps is replaced by a “death star” diagram of the relationships between microservices? Why do people expect complex adaptive systems to behave predictably? How does complicated relate to intuitive? Why is one of the most complicated things we own, our smartphone, easy to use by 2 year olds?

Netflix optimizes for speed of development and high availability. Our cloud native architecture has developers running what they wrote and deploying code continuously using tooling and and patterns that minimize the impact of any production issues, and provide rapid visibility and automated response to reduce exposure. The Netflix platform has been released as a collection of open source components at http://netflix.github.com so that others can embrace and extend it.

Netflix optimizes for speed of development and high availability. Our cloud native architecture has developers running what they wrote and deploying code continuously using tooling and and patterns that minimize the impact of any production issues, and provide rapid visibility and automated response to reduce exposure. The Netflix platform has been released as a collection of open source components at http://netflix.github.com so that others can embrace and extend it.

Netflix optimizes for speed of development and high availability. Our cloud native architecture has developers running what they wrote and deploying code continuously using tooling and and patterns that minimize the impact of any production issues, and provide rapid visibility and automated response to reduce exposure. The Netflix platform has been released as a collection of open source components at http://netflix.github.com so that others can embrace and extend it.

Adrian has a unique experience as an expert in Cloud Architecture gained from his work at eBay, Netflix, through Netflix OSS, working with startups and enterprises at Battery Ventures, and most recently as VP Architecture at AWS. In this workshop, Adrian will share his experience and advice on building cloud-native enterprise solutions. The workshop looks at the business and technology of moving an enterprise to the cloud. Adrian discusses the major challenges of scaling in particular fault tolerance, resilience and security as more and more major regulated businesses transition to the cloud.

Adrian has a unique experience as an expert in Cloud Architecture gained from his work at eBay, Netflix, through Netflix OSS, working with startups and enterprises at Battery Ventures, and most recently as VP Architecture at AWS. In this workshop, Adrian will share his experience and advice on building cloud-native enterprise solutions. The workshop looks at the business and technology of moving an enterprise to the cloud. Adrian discusses the major challenges of scaling in particular fault tolerance, resilience and security as more and more major regulated businesses transition to the cloud.

To be competitive today organizations need to optimize for time to value using continuous delivery, know how to build efficient and scalable cloud native serverless applications, and use chaos engineering to ensure strategic workloads are extremely resilient. This talk will cover current best practices in all these areas, based on personal experiences and conversations with organizations around the world over the last few years.

To be competitive today organizations need to optimize for time to value using continuous delivery, know how to build efficient and scalable cloud native serverless applications, and use chaos engineering to ensure strategic workloads are extremely resilient. This talk will cover current best practices in all these areas, based on personal experiences and conversations with organizations around the world over the last few years.