Section B — Architecture & Design (30 points) 6. (8 pts) Draw or describe a high-level network architecture for a web application deployed on RyuuCloud, including load balancer, application nodes, database, and CDN. Explain traffic flow from client to storage. 7. (6 pts) Explain how RyuuCloud supports autoscaling. Provide a concrete example policy (metric, threshold, action). 8. (8 pts) Describe data storage options in RyuuCloud (object, block, file). For each, give one ideal use case and a short example command or API call to create a resource. 9. (8 pts) Discuss strategies for implementing blue/green deployments on RyuuCloud. Include rollback considerations and an example sequence of steps.
Feature bullets:
：在 MySQL 中创建两个数据库： ryuucloud
Running a high-traffic, creator-driven media application requires a strong backend system. Platforms can no longer rely on simple file storage; they need highly scalable, developer-friendly backend solutions.
Getting started is straightforward. Follow this step-by-step guide: Section B — Architecture & Design (30 points) 6
RyuuCloud 是一个 Java EE 企业级分布式微服务架构平台，基于经典的技术组合进行构建，是一款前后端分离的微服务极速后台开发框架。它致力于解决企业级应用开发中的共性难题，将许多复杂的功能模块和通用组件进行了高度封装。
(often associated with Ryuu.cloud) does not appear to be a major mainstream publication, it is frequently linked to a platform or niche community interested in cloud services, anime gaming, or private servers they need highly scalable
RuoYi-Cloud's power and reliability come from its integration of some of the most proven and advanced technologies in the industry.