About This Architecture

Smart Waste Bin Management system models a complete IoT ecosystem with Utilisateur (User) roles—Proprietaire (Owner) and Agent (Collector)—managing Poubelle (Bin) assets across distributed locations. Data flows from bins through HistoriqueRemplissage (fill history) and Alerte (alerts) to trigger Collecte (collection) tasks and CommandeDeplacement (relocation orders) coordinated by agents. The architecture captures real-time monitoring—battery level, GPS coordinates, fill percentage, and operational status—enabling predictive maintenance and optimized collection routes. This UML class diagram demonstrates domain-driven design for IoT fleet management, separating user roles, asset lifecycle, and event-driven notifications. Fork this diagram on Diagrams.so to customize entities, add API endpoints, or extend with additional sensor types for your waste management solution.

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How do you design a UML class diagram for an IoT waste bin management system?

This diagram models a smart waste management platform with Utilisateur (User) roles managing Poubelle (Bin) assets that generate HistoriqueRemplissage (fill history) and Alerte (alerts). Agents coordinate Collecte (collection) tasks and CommandeDeplacement (relocation) orders based on real-time bin status including battery level, GPS location, and fill percentage.

Smart Waste Bin Management Class Diagram

Autointermediateclass diagramIoTwaste managementsoftware architecturedomain-driven design
Domain: Software ArchitectureAudience: software engineers and system architects designing IoT waste management platforms
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Created by

August 10, 2026

Updated

August 17, 2026 at 6:01 AM

Type

uml

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