GPS Monitoring System for Agricultural Machinery

It depends on the tasks you plan to solve with the system. In any case, you will need a GPS tracker, which serves as the core data collection unit. A wide range of additional sensors can be connected via Bluetooth or wired. The most popular sensors in the agriculture sector are: fuel level sensors, angle of inclination sensors, seeding depth sensors, and bunker filling sensors.

The trackers are set up for adaptive data transmission. Less frequent during idle times, more frequent during movement. The equipment settings are configured by service integrators according to the client's specifications. When in operation, data is transmitted on average once every 5 seconds.

Wiafleet uses almost all the most widely used mapping sources. For agricultural enterprises, satellite imagery with field grid overlays is most often used.

Yes, Wiafleet offers an open API, and almost any data (mileage, fuel consumption, parking, etc.) can be exported automatically.

There are two possible scenarios. The most effective is to use tags for drivers, as well as for attachments and towed equipment, along with data reading. This way, data is automatically collected. In semi-manual mode, this involves assigning/removing drivers and trailers in the system interface.

There are indeed many ways to “trick” the system described on the internet. However, equipment manufacturers are aware of these and have implemented countermeasures at the software level. Rest assured that any vandalism will not go unnoticed.

The program was initially designed for users of all ages. It is highly intuitive, and training takes no more than 10 minutes. If needed, our integrator can visit the client’s location for additional training.