AI-Powered People and Vehicle Counting — Wireless and Ethernet Connectivity
Vendors's code:
Product code: 7755
Barcode:
Code 39:
ISBN:
One family of AI stereo-vision cameras, two data transmission paths — where cabling is unavailable, data is sent via LoRaWAN; where Ethernet is available, cameras connect directly. Everything feeds into one dashboard.
Shipping costs are not included in the price.
Shipping costs are not included in the price.
Opis
Produkty powiązane
Four reasons to choose it
Accuracy up to 99.8%
AI stereo vision with U-turn filtering eliminates double counting and errors typical of simpler motion sensors.
Flexible installation
The same camera model is available in LoRaWAN and Ethernet/PoE versions — the connection method can be selected for each installation point.
One system, multiple entrances
Data from wireless and wired cameras goes to the same ITS instance — one dashboard for the entire facility.
More than a counter
Traffic heatmaps and AI attribute recognition provide data on behavior and traffic intensity, not just counts.
What is included in the solution
- AI stereo-vision camera — LoRaWAN option View in store →Counts people or vehicles and sends data wirelessly via LoRaWAN — designed for locations without Ethernet access.
- AI stereo-vision camera — Ethernet/PoE option View in store →The same counting technology, powered and connected via PoE, reporting data directly over TCP/IP (HTTP/MQTT).
- LoRaWAN gatewayReceives data from wireless cameras and forwards it over Ethernet to the ITS Edge Box.
- ITS Edge BoxReceives data via both paths — from the LoRaWAN gateway and directly over TCP/IP from Ethernet cameras — and provides a shared dashboard.
The number and ratio of LoRaWAN to Ethernet cameras are tailored to the facility — where cabling is difficult or expensive, the wireless option works best; where Ethernet infrastructure already exists, the PoE option is simpler. Other Ethernet sensors can also be connected to the same ITS Edge Box.
How it works
AI stereo-vision cameras count people or vehicles passing through the field of view with accuracy up to 99.8%. In locations without Ethernet access, the LoRaWAN — data is sent wirelessly to the LoRaWAN gateway, which forwards it over Ethernet.
In locations where Ethernet is available, the PoE — the camera is powered through the same cable it uses to send data directly over TCP/IP (HTTP/MQTT) to the ITS Edge Box. Regardless of the path, all data goes to the same local ITS platform instance and is visible in one dashboard.
| Camera | Type | Status |
|---|---|---|
| Entrance A | LoRaWAN | online |
| Entrance B | LoRaWAN | online |
| Vehicle entrance — Ethernet | PoE | online |
| Hall — Ethernet | PoE | online |
Example Grafana dashboard view — combined traffic from all cameras, regardless of connection method, plus device status.
Where it works best
Retail stores and shopping centers
Customer traffic, peak hours and heatmaps as a basis for space-layout decisions.
Smart office
Room and common-area occupancy as input for office space management.
Entrances and parking areas
Counting vehicles entering and leaving — the same AI technology, a different detection object.
Public facilities
Maximum occupancy control and traffic analysis in public buildings.
Warehouses and logistics
Monitoring people and vehicle flow across the facility, including areas without cabling.
Sports and event venues
Real-time monitoring of participant numbers against safety limits.
One dashboard, regardless of connection method
- Manual counting or basic motion sensors without direction detection
- Separate systems for different entrances — no single overall view
- Need to cable every measurement point
- Errors under heavy traffic or U-turns
- No behavioral data, just a raw count
- AI stereo vision with accuracy up to 99.8%
- One dashboard for all entrances and vehicle access points
- LoRaWAN where there is no cabling — PoE where there is
- U-turn filtering, stable results under heavy traffic
- Heatmaps and AI attributes — a complete picture of traffic
Need to monitor several entrances or vehicle access points?
Let's discuss the facility layout and Ethernet availability at each location.