Technical Architecture and Deployment Diagram for Server-Side Microservices
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This diagram illustrates the technical architecture and deployment of a Spring Cloud microservices system. The architecture is organized into six major layers based on data flow: traffic moves from the frontend (Vue/Uniapp) through Nginx load balancing into the Spring Cloud Gateway; the core microservices layer integrates robust middleware—such as Nacos, Sentinel, RocketMQ, and Seata—and connects to diverse storage solutions including MySQL, Redis, and Elasticsearch; and the underlying infrastructure supports a comprehensive monitoring and operations ecosystem, ranging from automated deployment via Jenkins and Kubernetes to observability tools like SkyWalking and Prometheus, demonstrating a highly available, scalable, cloud-native system design.
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HTTP
scheduled task
distributed transaction
Kubernetes container orchestration
Spirng Boot AdminService Management
search data
Spring Cloud Gateway
operation and maintenancetools
RocketMQ
access service
JenkinsAutomated Deployment
Elasticsearch
cache data
Druid AdminSQL monitoring
file data
Portainercontainer management
Seata
monitoring service
Redis
Mysql
transactional consistency
message queue
session service
Nginx
storage service
business data
Current limit & blow & downgrade
Client (uniapp X)
Agent (uniapp X)
microservices
gateway service
front-end service
Manage backend (vue)
scheduling tasks
route forwarding
Dockercontainers
service guarantee
Sentinel
recording service
SpringCloud microservice system architecture diagram
monitoringtool
。。。
mobile phone
deployment services
computer
Configuration CenterRegistration Center
OSS/MinIO
Prometheusmonitoring system
XXL Job
Data statistics services
SkyWalkingLink Tracking Log
Nacos
send and receive messages
Registration & Configuration
Load Balancer
Collect
Collect
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