In the beginning, the use of geofencing is concentrated on livestock and industries. However, nowadays you could see that this particular technology has been used in many industries like at This technology lets applications interact with the user and greatly to improving user engagement. Geofence is a virtual perimeter located in a real geographic area. Combining the user’s position with the geofence perimeter, it is possible to know whether the user is inside or outside the geofence or even if he or she exits or enters the area.

Geofence knows if the location is inside or outside of a restricted area. Imagine a university app that could tell you which colleagues and professors are currently on campus. Or an app for malls that reward regular customers. You could learn using geofencing on Android by making an application that will show notification whenever the user entering or leaving the virtual perimeter erected by the geofence. This helps if you have prior knowledge and if not, then you can still follow along, but you may want to do some research on these topics after reading this. This particular technology is a virtual perimeter around a location that has been specified before. Geofencing allows users to draw zones at workplaces, customer locations, and safe areas.

One of the main use of this technology is creating a virtual fence around the workplace and comparing it to the change of the field technician’s location as estimated by their mobile device app. When a work order geofence is bypassed or “tampered with” by a field technician, a geofence trace is generated and the geofence status changes from outside to inside, indicating the field technician is inside the geofence. Another geofence activity is created when a field technician leaves the geofenced area. Based on entering or leaving a geofenced area, mobile auto-notifications, or custom workflows can be triggered.