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Geotab, a vehicle communication technology provider, recently developed a fleet management solution based on NFC technology. With this solution, information such as the location of the vehicle and the driving behavior of the driver can be tracked. In addition, the solution can also prevent the driver from using the car without authorization.
Fleet managers often face the trouble of not being able to know the location of the vehicle and the tasks performed in real time. Geotab has provided a set of technical solutions that can track vehicle usage and location information. Now that the NFC read-write module is added, the fleet management company can determine whether the driver is driving safely (for example, information such as vehicle speed) and calculations based on the information read. Efficiency (based on travel time).
After installing the IOX-NFCRFID reader on the vehicle, the passive RFID tag embedded in the key chain can be read.
The core device of the solution is GeotabGO6 equipment, which is composed of wireless communication modules, GPS and computing modules, and is connected to the OBDII port of the car. The device is combined with sensors to provide information such as the vehicle’s location, vehicle speed, tire pressure, seat belts, sudden braking, sharp turns, rapid acceleration, and overtime use. When encountering safety hazards or irregular driving, the GO6 device can send out a safety alert message.
The IOXNFC reader is used as a peripheral device to connect the driver and G06. It has a USB interface and a bracket to install it on the instrument panel. Through the use of NFC readers, the fleet manager can not only obtain the information of the vehicle users, but also prevent unauthorized use of the vehicle. In addition, the program can also grade the driver’s driving, for example, including speed, strong brakes, etc.
After installing the NFC reader, the first thing the driver enters the car is to bring his NFC key close to the reader to read data. The NFC reader reads the ID code of the tag. If the ID has been authorized (the NFC code of the key is associated with a specific driver, and this information is stored in the G06 software system), the G06 device will light up in green and the key can be inserted into the hole , Start the car.
The GO6 device collects the sensor data of the vehicle’s running process, and then sends it to the back-end database or server, and associates it with the driver’s ID code. Fleet managers can understand the driver’s driving time, location, driving behavior and other information in real time by viewing the above data.
This solution not only makes it easy for managers to understand where the vehicle is driving, but also grasps information such as whether the driver is driving efficiently and safely. Through this solution, fleet management can determine which drivers need to improve their driving skills, thereby reducing the incidence of fleet accidents and unnecessary costs, and improving the efficiency of the fleet.
Each driver’s car key has a unique ID number. The key has a built-in NFC tag. The driver’s identity information can be read through the GO6 module with NFCReader function. Combining communication technology and sensor technology can confirm vehicle location, car speed, tire pressure and other parameters As well as the running status of vehicles such as rapids and turns, so that fleet managers can understand the corresponding information of drivers and cars in real time, reduce the incidence of accidents, reduce operating costs, and improve fleet efficiency.
As an emerging technology, the current popularity of NFC technology is far from enough, but we can already see from the endless innovative applications that it will make our lives more convenient in the future. I believe that NFC technology will soon be introduced like other technologies. All aspects of our lives.
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