graph TB subgraph "Internet" ISP1[ISP] ISP2[ISP] end subgraph "CloudCoreNetworks" subgraph "PublicSubnet" LB[Load Balancer] FW[Firewall] end subgraph "AppSubnet" WS[Web Server] AP[App Server] DB[Database] end subgraph "ManagementSubnet" DC1[Domain Controller] DC2[Domain Controller] end NAT[NAT Device] RTR[Router] LB -- HTTPS --> FW FW -- HTTP --> WS WS-- "App Traffic" --> AP AP --- DB DC1 --- DC2 ISP1 -->|Internet| NAT ISP2 -->|Internet| NAT NAT --> RTR RTR -- "App Subnet" --> AP RTR -- "Mgmt Subnet" --> DC1 RTR -- "Mgmt Subnet" --> DC2 end
Network Diagram
IT Infrastructure
Network Management
Welcome to our visual representation of the CloudCore Network, designed to provide a clear overview of our cloud infrastructure’s architecture.
Title | Network Diagram |
Doc# | DOC-ITIN-002 |
Version | 1.0 |
Date | 08-03-2023 |
Welcome to our visual representation of the CloudCore Network, designed to provide a clear overview of our cloud infrastructure’s architecture. This diagram, crafted in Mermaid markup, details the interconnections between various components essential for maintaining efficient, secure, and scalable cloud operations. In this diagram, you will find:
- Cloud Data Centers: The nodes representing our main operational hubs that store and manage data, ensuring high availability and redundancy.
- Networking Equipment: Including routers, switches, and load balancers that facilitate smooth data flow and optimal distribution of network traffic.
- Security Measures: Highlighted through firewalls and other security appliances that safeguard our network against potential threats.
- Connectivity Routes: Illustrated paths show how data travels between components and the external connections that link our network with the internet and other external networks.
- Service Layers: Depicting various cloud services such as SaaS, PaaS, and IaaS, which demonstrate the versatility and capability of our network to support diverse applications and services.
This network diagram serves as a strategic tool to visualise the relationships and operational pathways within our network. It is an essential reference for understanding how we manage data flows, ensure security, and deliver services efficiently across our cloud infrastructure.