Identifiable containers
RFID identification supports tracking bins, containers and bags.
Solution / WebWaste
Waste collection, made traceable.
Which bin, where and when? WebWaste connects RFID identification, field events and central records.
150+
GPSVehicle tracking
250 000
actively tracked binsin the WebWaste system
WebWaste
From a field event to a traceable record.
Waste collection and container movement data can be linked to the relevant bin, vehicle and event. Field work and records become part of a connected process.
Events in context
Location, time and the relevant object can be reviewed together.
An appropriate configuration
Select system elements for the specific collection process.
WebWaste technology presentation
24 slides covering the solution, workflows and development roadmap. Available in seven languages.
THE PROCESS, ILLUSTRATED
WebWaste- 1Onboard processing
- 2Camera
- 3UHF RFID antennas
- 4LiDAR / laser rangefinder
- 5Inductive sensor
- 6OBU and driver display
- 7GPS and mobile connection
- 8RFID vehicle identification
- 9Waste bin with RFID tag
CAPABILITIES
What do we connect?
Vehicle system
Collect field data and track collection events.
Handheld devices
Assign and verify identifiers and support field records.
Fleet tracking
Review vehicles and field operations.
RFID gates
Identify site entry, exit and container movements.
RFID bags
Include individually identified bags in the collection process.
Central processing
Organise and retrieve field data and connect to other systems through tailored integrations.
WORKFLOW
How the process works
These steps illustrate the approach. Configuration and implementation are designed for the specific assignment.
Identify
Link the physical bin or container to its recorded identifier.
Record
Associate the vehicle or site event with location and time.
Review
Bring related data together in the central interface.
IN PRACTICE
WebWaste in action.
DEVELOPMENT IN PROGRESS
The next generation of WebWaste.
Work in progress: new capabilities for collection, onboard processing and teamwork.
Machine vision
- Object detection
- Segmentation
- Automatic blurring
Multi-camera recording
- Continuous video + metadata
Crew communication
- Crew feedback lamps & buttons
- OBU + real-time crew chat
GPU at the edge
- Industrial PC with GPU
Media data transfer
- Expanded capacity for video and image data.
Private cloud, full IaC
- Infrastructure designed for the next generation.
Further development directions
Vision analytics
Waste-content analysis, contamination & foreign material, overfilled or damaged bins, litter left at the curb.
Predictive operations
Route efficiency, vehicle utilisation, landfill approach, demand forecasting per area and route.
Decision intelligence
BI aggregation across operators; fee-calculation basis; automated OKIR / EHIR regulatory reporting.
CRM quality
Video-backed resolution of placement disputes and service complaints.
Server-side ML
Index metadata, fix imperfect blur frames, run models too heavy for the edge.
Safety & compliance
Documented incidents, crew performance and asset-usage conformity.
GOOD TO KNOW
Frequently asked questions
Must all elements be introduced together?
No. There is no mandatory bundle. We select the elements around the specific operation.
Is the system limited to bins?
Depending on the selected elements, it can also support container, vehicle and RFID bag workflows.
How does WebWaste support everyday work?
Collection events are traceable, and bin and vehicle data can be connected. This makes records clearer and helps resolve day-to-day operational questions faster.
NEXT STEP
Let’s discuss your next project.
A challenge to solve, a new idea or a system to improve. An initial outline is enough to start the conversation. The initial consultation is free of charge.