
π Urban & City Planning Β· Data Flow
How a city optimises garbage collection: bin fill-level sensors, truck GPS, route planning and citizen complaints.
Drawing diagramβ¦
Data flow for smart waste collection: fill-level sensors in public bins and RFID tags on household bins report to the IoT platform, trucks send GPS and weight data, a route planner creates daily routes prioritising bins over 80% full within truck capacity, routes go to the driver app, completed pickups and weights update the dashboard, citizens report missed pickups in an app, and complaints and collection data feed performance reports for the municipality.
flowchart LR BIN[Bin fill-level sensors] -->|Fill %| IOT[IoT Platform] RFID[Household bin RFID] -->|Pickups| IOT TRK[Truck GPS and weight] --> IOT IOT --> RP[Route Planner - bins over 80%] CAP[(Truck capacity, depots)] --> RP RP -->|Daily routes| DRV[Driver App] DRV -->|Completed pickups| IOT CIT[Citizen App] -->|Missed pickup complaints| CMS[Complaint System] CMS --> RP IOT --> DASH[Municipal Dashboard] CMS --> DASH
An integrated smart city platform: sensors and city systems feeding a central data platform that runs the command centre and citizen services.
How an adaptive traffic system uses cameras and sensors to time signals, spot congestion and catch violations.
How a city approves building plans online with automated checks: submission, auto-scrutiny against bye-laws, department NOCs and sanction.
A map of the main areas city planners work on and the data and systems behind each one.
How a smart parking system guides a driver to a free space: sensors, a parking app, reservation, entry by number plate and automatic payment.
How a citizen pays property tax to the city online: property lookup, assessment, payment and receipt.