UniCarpool Domain Model

MULTISequenceintermediate
UniCarpool Domain Model — MULTI sequence diagram

About This Architecture

UniCarpool domain model diagram maps eight interconnected entities spanning authentication, ride matching, pricing, tracking, and trust systems. User, DriverProfile, Trip, RideRequest, and Payment entities form the core transaction flow, while GPSTracking, TripEvent, and Notification entities enable real-time operations. VerificationDocument, Rating, Badge, SafetyReport, FraudFlag, and AdminAction entities enforce safety and compliance across the platform. This comprehensive model demonstrates how to structure a multi-tenant ride-sharing system with clear separation between identity, transactional, operational, and governance concerns. Fork this diagram on Diagrams.so to customize entity relationships, add new attributes, or adapt it for your own carpooling or mobility platform. The legend organizes entities into five logical domains: Authentication/Identity, Ride/Matching, Pricing/Tracking/Notifications, Trust/Safety/Ratings, and AI/Admin/Fraud detection.

People also ask

What are the key entities and relationships in a ride-sharing platform domain model?

The UniCarpool domain model organizes ride-sharing into five domains: User and VerificationDocument handle authentication; Trip, RideRequest, and DriverProfile manage ride matching; FareCalculation, Payment, GPSTracking, and TripEvent handle transactions and tracking; Rating, Badge, and SafetyReport build trust; and AdminAction, AuditLog, and FraudFlag enforce governance and safety compliance.

domain-modelride-sharingsoftware-architectureentity-relationshipsbackend-designcarpooling-platform
Domain:
Software Architecture
Audience:
Backend engineers designing domain models for ride-sharing platforms

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About This Architecture

UniCarpool domain model diagram maps eight interconnected entities spanning authentication, ride matching, pricing, tracking, and trust systems. User, DriverProfile, Trip, RideRequest, and Payment entities form the core transaction flow, while GPSTracking, TripEvent, and Notification entities enable real-time operations. VerificationDocument, Rating, Badge, SafetyReport, FraudFlag, and AdminAction entities enforce safety and compliance across the platform. This comprehensive model demonstrates how to structure a multi-tenant ride-sharing system with clear separation between identity, transactional, operational, and governance concerns. Fork this diagram on Diagrams.so to customize entity relationships, add new attributes, or adapt it for your own carpooling or mobility platform. The legend organizes entities into five logical domains: Authentication/Identity, Ride/Matching, Pricing/Tracking/Notifications, Trust/Safety/Ratings, and AI/Admin/Fraud detection.

People also ask

What are the key entities and relationships in a ride-sharing platform domain model?

The UniCarpool domain model organizes ride-sharing into five domains: User and VerificationDocument handle authentication; Trip, RideRequest, and DriverProfile manage ride matching; FareCalculation, Payment, GPSTracking, and TripEvent handle transactions and tracking; Rating, Badge, and SafetyReport build trust; and AdminAction, AuditLog, and FraudFlag enforce governance and safety compliance.

UniCarpool Domain Model

Multiintermediatedomain-modelride-sharingsoftware-architectureentity-relationshipsbackend-designcarpooling-platform
Domain: Software ArchitectureAudience: Backend engineers designing domain models for ride-sharing platforms
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Created by

May 9, 2026

Updated

May 9, 2026 at 7:37 PM

Type

sequence

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