cn-java-frontend-architecture

To design a China-ready Java and frontend architecture, you need implementation-ready recommendations that address Xinchuang procurement constraints, domestic network instability, and multi-arch runtime validation. This provides ADR-style outputs, Docker topology, and deployment checklists tailored for domestic compatibility.

Migrating a legacy Java monolith to modular services requires a structured 30/60/90 migration plan with concrete risk mitigations. You can use an architecture selection matrix to evaluate trade-offs between modular monoliths, Spring Boot microservices, and Dubbo/RPC based on team size and domain complexity.

Setting up a qiankun micro-frontend platform involves designing a multi-team architecture with clear frontend pattern recommendations. You need implementation artifacts including Docker runtime topology and BFF strategies to ensure seamless integration between your Java backend and micro-frontend modules.

Spring Boot works with Docker and Kubernetes under domestic network constraints when paired with dependency mirror strategies and CI hardening. You need deployment blueprints that address build processes and network instability specific to China-focused environments.

You need an Architecture Decision Record for frontend and backend selection when justifying architecture choices against rejected alternatives. This is required for evaluating modular monoliths against Spring Boot microservices, BFFs, or SSR patterns to ensure implementation-ready decisions.

You can use Dubbo RPC with a modular monolith for enterprise deployment by applying an architecture selection matrix. This evaluates your team size and domain complexity to determine if Dubbo/RPC integration provides better trade-offs than standard Spring Boot microservices.