NYYU Logo

System Models

Visual architecture and system design documentation

System Architecture

Visual representations of NYYU's system architecture, business processes, and API structures

Overview

🏗️
Architecture Documentation
Interactive diagrams showcasing our system design and workflows

Explore detailed visual models of our core system architecture, marketplace business logic, and API integration patterns. These diagrams provide comprehensive insights into how NYYU components interact and process data.

Core System Architecture

⚙️
System Architecture of the Core System
Microservices architecture and component relationships
Key Components
Core API Layer
GraphQL & Spring Boot
Service Layer
Business Logic
Data Layer
Database & Storage

Real-Estate Marketplace

Business Architecture

🏢
Business Architecture of Real-Estate Marketplace
End-to-end business processes and stakeholder interactions
Business Flows
• Property listing workflow
• Buyer journey mapping
• Transaction processing
• Verification & compliance
Stakeholders
• Property owners & sellers
• Buyers & investors
• Platform administrators
• Payment processors

Listing Process

📋
Listing Process of Real-Estate Marketplace
Property listing and approval workflow
Process Steps
1
Property Submission
Owner submits property details and documentation
2
Verification
Platform validates property information
3
Approval & Publishing
Approved listings go live on marketplace
4
Transaction Processing
Handle offers, negotiations, and sales

API Integration

🔌
APIs of the Real-Estate Marketplace
API endpoints and integration architecture
Property APIs
Listing management
Transaction APIs
Payment processing
User APIs
Account management
Integration APIs
Third-party services

Technical Specifications

📐
Architecture Patterns
• Microservices architecture
• Event-driven design
• API Gateway pattern
• CQRS implementation
🔧
Technology Stack
• Java Spring Boot
• GraphQL API
• Node.js services
• WebSocket real-time
🔐
Security Layers
• OAuth2 authentication
• End-to-end encryption
• Rate limiting
• DDoS protection
📊
Data Management
• Database sharding
• Caching strategy
• Data replication
• Backup systems
📚
Need more details?
Explore our API documentation for implementation guides and code examples