A GPS tracker is a compact telematics device for determining the exact coordinates of a vehicle in real time. The technology is based on the continuous interaction of three components: satellite navigation systems, mobile network coverage and a data processing server. This ecosystem works around the clock, converting the physical movement of a vehicle into digitized reports for a business owner or private user.
Stage 1. Geolocation fixation (Features)
The device receives signals from GPS (USA), Galileo (EU) or GLONASS navigation systems. To calculate accurate coordinates, the tracker simultaneously communicates with at least 4 satellites. This is necessary to build 3D positioning: determining latitude, longitude, altitude and accurate time. The built-in highly sensitive antenna records millisecond delays in the passage of the radio signal from the satellite to the device.
The technical error of determining the location in open areas is 2-5 meters. In dense urban areas, underground parking lots or tunnels, the satellite signal may be shielded. In such cases, LBS (Location-based service) algorithms are activated. They additionally correct the coordinates by triangulation using the nearest base stations of mobile operators, ensuring continuity of control even in "blind" zones.
Stage 2. Telemetry transmission (Advantages)
The collected data is formed into compact packages. In addition to basic geolocation, the package contains detailed telemetry: exact speed, direction of movement (vector), ignition status, voltage level of the on-board network and data from connected peripheral sensors. Through the installed SIM card, the device transmits these packages to the server via secure GSM/LTE/3G channels.
The data update frequency is individually configured depending on business tasks. The standard transmission interval while driving is every 10-30 seconds or when changing the turning angle by 10-15 degrees. This allows you to draw smooth route lines on the map without "cutting" corners at turns. If mobile communication is lost (for example, on a route outside the coverage area), the tracker works as a "black box", recording data to the built-in non-volatile memory (capacity up to 50,000 records). After the signal is restored, all accumulated information is automatically uploaded to the server in chronological order without losing a single meter of track.
Stage 3. Processing and control (Benefits)
The eQuGPS server receives encrypted data, structures it, and displays it in a convenient web interface or mobile application for iOS/Android.
Instead of "raw" coordinates and arrays of numbers, you get ready-made visualized analytics:
Displaying the object on the map with an accuracy of up to 98%, with a color indication of the current status (moving, stopped, no connection).
Recording of all stops, long parking lots and deviations from the specified geofence route with accurate start and end timecodes.
Speed control with recording of maximum and average speed on each section of the route.
Economic efficiency of the system
The implementation of GPS monitoring closes key problems of fleet management, transforming costs into investments. Digital performance indicators after installation of the equipment record the following results:
Reduction of fuel and lubricant costs: by 15-30%. This is achieved by completely eliminating the misuse of transport ("left" trips), detecting fuel leaks, and reducing engine idling time.
Increased vehicle service life and reduced maintenance costs: by 20% due to the driving style control module (EcoDriving). The system records sharp accelerations, emergency braking and dangerous maneuvers, encouraging drivers to adhere to speed limits and preserve the car's resource.
Asset security: the ability to remotely lock the engine in 1-2 seconds directly from your smartphone in case of attempted theft or unauthorized exit outside the permitted geofence.
Choosing a device for your tasks
For passenger vehicles, courier services and basic location control, autonomous beacons (on magnets with their own battery) or trackers with connection to the on-board network (12-24V power supply) are used. They are easily mounted hidden or via the OBD2 diagnostic connector.
Go to the catalog to select and purchase a GPS tracker compatible with the EquGPS platform. All devices are pre-configured, tested and activated before shipment, ensuring they are ready to use immediately after installation.