This document provides an overview of ZOZOTOWN, a large online fashion retailer in Japan. Some key points:
1. ZOZOTOWN is Japan's largest fashion e-commerce platform, offering over 1,300 brands and 7,900 styles. It has over 83 million product listings and introduces over 3,000 new products daily.
2. In addition to online shopping, it offers same-day delivery services and provides digital marketing services.
3. The document discusses ZOZOTOWN's NoOps approach and how it leverages multiple datacenters and cloud services like AWS and Azure to provide a reliable and scalable online shopping platform.
1) The document discusses the concept of NoOps, which aims to reduce the need for manual operations work through automation and resilience.
2) It provides an overview of the container ecosystem from layers 1-7 and related technologies like Kubernetes, Docker, Mesosphere, and Istio service mesh.
3) A key aspect of NoOps discussed is implementing zero trust architectures and resilience at the network layer to reduce manual operations and boundary management.
This document provides an overview of ZOZOTOWN, a large online fashion retailer in Japan. Some key points:
1. ZOZOTOWN is Japan's largest fashion e-commerce platform, offering over 1,300 brands and 7,900 styles. It has over 83 million product listings and introduces over 3,000 new products daily.
2. In addition to online shopping, it offers same-day delivery services and provides digital marketing services.
3. The document discusses ZOZOTOWN's NoOps approach and how it leverages multiple datacenters and cloud services like AWS and Azure to provide a reliable and scalable online shopping platform.
1) The document discusses the concept of NoOps, which aims to reduce the need for manual operations work through automation and resilience.
2) It provides an overview of the container ecosystem from layers 1-7 and related technologies like Kubernetes, Docker, Mesosphere, and Istio service mesh.
3) A key aspect of NoOps discussed is implementing zero trust architectures and resilience at the network layer to reduce manual operations and boundary management.