We ensure that each sensor meets our rigorous functional requirements.
Parking bay occupancy sensors.
The m300 is suitable for a wide range of applications such as car park bay monitoring dynamic parking payment schemes lorry parking applications through to monitoring of emergency refuge areas taxi ranks and no parking zones.
Parking bay sensors enable cities to inform road users where to find available parking spaces automatically via electronic information panels and mobile apps.
Sparkxio stud from prodigy an ultra low power rugged internet of things iot sensor to monitor car park bay occupancy.
G24 are recognised pioneers of sensor based parking solutions.
Our solution detects up to 10x more violations than manual methods and allows community service officers to focus on writing tickets instead of spending most of their time tracking car stays.
The wireless vehicle sensors installed in each parking spot generate data on space occupancy in real time.
Our advanced infrared and magnetic sensors are installed in each parking bay and monitor the length of occupancy by any one vehicle.
This data is wirelessly sent back to a g24 processing system which alerts your patrolling attendants via a handheld device to vehicles contravening.
Sparkxio stud is a floor mount iot devices that senses change in the earth.
The parki bay sensor guidance system is designed to enable motorists to be easily guided to the nearest available parking bay using a range of runway style indicator lights and dynamic information display signs.
Real time occupancy status of all areas of the car park.
This data is available both to operators and parkers via digital signage or mobile applications providing opportunities for easy way finding mobile enabled payments and also enhanced policies thanks to robust data analytics.
Nwave parking space occupancy sensors detect overstays and notify operators in real time of violations.
The m300 bay occupancy system has been designed to accurately detect the presence of a vehicle in a defined zone such as a parking space.
The on street occupancy detection system consists of the parking telecom single bay detection sensors and the parking telecom single bay detection gateways.
The parking system leads to less urban congestion and higher parking revenues due to increased occupancy rates per bay.
The parking telecom on street occupancy detection can be based on single bay detectors on induction loop detectors or on counting cameras.
Smart parking s unassuming yet highly innovative in ground sensors monitor individual parking spaces and relay occupancy status to our smartspot gateways which in turn send this live status information to the smartcloud platform allowing real time parking information to be viewed on multiple devices.
