According to the standard definition, a GPS receiver is a device that enables navigation through the satellite system, by determining the exact geographical location. The GPS receiver is in fact one of the three elements required by the Global Positioning System, and from the certain point of view, the least significant. The satellites together with the control and monitoring stations have a higher preponderance in the structure. When the signal is caught by the GPS receiver it is decoded according to three-dimensional factors, altitude, latitude and longitude, also providing information on the time. Anyone can purchase a GPS receiver with the accessories necessary from commercial retailers.

Air navigation, military and maritime operations, disaster relief interventions and emergency services would be paralyzed without the Global Positioning System. Moreover, the GPS system allows for accurate timing for operations of mobile phones, banks and power grids. The GPS receiver is the modern way to be safe, accurate and in control of countless of activities regardless of your position on the globe. If we only consider the efficiency of highways, mass transit systems and streets when a GPS receiver is used in the operations, the preponderance of this technology worldwide is more than obvious.

You can reach destination on the shortest route possible or simply identify a lost vehicle: the number of features included in a GPS receiver is very high. From the receiver, the information is processed through a special software that enables the transmission of the information both graphically, on a monitor and vocally, by voice announcements. The vocal feature of the GPS receiver is considered very reliable and safe by lots of drivers because it is a lot easier to follow it than to periodically check the monitor for left, right or street name directions. Furthermore, the possibility to track urban traffic though a GPS device increases the time efficiency of a travel.

Many countries have started relying on the GPS receiver technology to constantly monitor the network of highways and roads. The information available for such systems includes details on maintenance, service stations, supplies, damage to the road system as well as entry and exit ramps. The data gathering process adjacent to the Geographic Information System (GIS) allows the formation of large databases of knowledge that is afterwards processed by lots of drivers and transportation companies that have to maximize the efficiency of the rides. There is in fact active support between the GPS and the GIS systems, and their applications are often shared.

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