GPS monitoring in personal and commercial vehicles relies on the use of GPS (Global Positioning System) technology, which involves locating and tracking objects using signals transmitted by satellites orbiting the Earth.
The entire process works as follows:
1. GPS Satellite Signals
The GPS system consists of a network of satellites positioned in orbit around the Earth. Each of these satellites continuously emits a radio signal containing information about its position and precise time.
2. GPS Receiver in the Vehicle
Vehicles equipped with a GPS receiver receive these signals from satellites. The receiver analyzes the time it takes for signals to arrive from different satellites and, based on this information, determines the precise location of the vehicle.
3. Three-Dimensional Location
The GPS receiver calculates the three-dimensional location of the vehicle, including longitude, latitude, and altitude above sea level.
4. Additional Data
GPS monitoring systems, such as widziszwszystko.pl in personal and commercial vehicles, provide more than just location. They can collect and transmit information such as vehicle speed, direction of movement, parking time, routes traveled, fuel consumption, and diagnostic information from the vehicle.
5. Communication with the Platform
Information from the GPS receiver is transmitted through a communication module, such as a SIM card or wireless technology (e.g., GSM, GPRS, 3G, 4G, LTE), to the widziszwszystko.pl server platform.
6. Server Platform
On the server platform, data is processed and made available to users. It allows real-time vehicle monitoring, route history analysis, report generation, and setting notifications based on specific conditions, such as exceeding a predefined zone.
7. Applications and User Interfaces
Users of the widziszwszystko.pl application have access to the mobile application (as well as desktop access via a computer browser) for vehicle information. They can track the vehicle's location, choose optimal routes, manage fleets, receive notifications, and analyze vehicle-related data (including fuel consumption, engine RPM, temperature) as well as driver behavior and unwanted events (fuel losses, accidents, sudden braking, extended parking).