[ehsanali]

ehsanali

GPS technology was a massive breakthrough in the technology world. It created a huge buzz globally when the masses came to know of this innovative technology. Nowadays, it is the center of many modern solutions like fleet management systems. Telematics is a multi-billion industry, and its integral component is GPS tracking Software. Fleet companies around the world rely on tracking software to monitor their vehicles
How does a GPS Tracking software work? If you want to know the answer to this question, this blog will help you out.

What is GPS Tracking?
GPS is the abbreviation for Global Positioning System. Basically, it is a satellite network containing 24 satellites orbiting the earth. The history of GPS stretches back to the 1960s, when it was created for military applications. In 1983, it was made available for the public, followed by many more advancements in the technology.

GPS tracking is tracking the location of an object with the help of GPS. It identifies the longitude, latitude, speed, and direction of an object. The GPS tracking works on the basis of three data sets:

• Timing
• Positioning
• Navigation

How does it work?
The GPS satellites in space broadcast their locations, which are received by a receiver on earth.
GPS tracking devices on earth receive these signals and perform an operation called trilateration. The master control station monitors the process to estimate the accurate location. For trilateration to occur, a minimum of four satellites should send signals. A greater number of satellites increases the accuracy of the location.

Main Components of GPS Tracking System:
Typically, there are three main components of a GPS Vehicle tracking software.

• GNSS:
GNSS (Global Navigation Satellite System) is a network of satellites revolving around the earth. These satellites transmit microwave signals to GPS devices that provide information about speed, time, and location. GNSS includes GPS, Beidou, GLONASS, and other types of satellite systems.

• GPS Tracking Device:
The tracking device is installed in an object for tracking its location. It sends information like location and speed to the monitoring software through a server. The latest tracking devices track a lot more than just location. From temperature and pressure to RPM, modern trackers detect everything.

• Tracking Software:
Tracking software holds great importance as it shows the information to the user. The location, speed, time, and many other details are displayed on the monitoring interface. In the fleet business, the managers monitor the activity of different vehicles through the tracking software.

Types of Tracking Devices:
Tracking devices are a critical component of the whole location tracking process. They use satellite signals to provide the accurate location of the objects on earth. There are mainly three types of GPS tracking devices:

• Data Pushers:
Data pushers are used for personal tracking or asset tracking. The object’s location is sent to a server after a regular time interval to store and examine data. While tracking the vehicles, the data pushers send the location and speed to the server. The server analyzes the coordinates and stores an accurate value in the device.

• Data Pullers:
Data pullers are also used for the location tracking purposes like data pushers. However, they do not send data to the server after a regular time interval. They are always active and can be asked to send the location. A user has to send a query to data pullers whenever they need to know the object’s location.

• Data Loggers:
The data loggers are the devices used to store data about the objects’ location in their internal memory. They contain a USB port or a memory card slot, and the user can manually fetch the required data from the data logger.

Read More: https://flotillaiot.com/gps-tracking-software/
White label GPS Tracking Software are widely used in the telematics industry. They are continually evolving with the changing needs of the market. However, its basic functionality remains the same, which we have discussed in the above blog.

• This topic was modified 2 months, 2 weeks ago by ehsanali.

[clarkjen]

clarkjen

GPS trackers connect to a series of satellites to determine location. The tracker uses a process called trilateration http://reesoapk.com/resso-for-pc? which uses the position of three or more satellites from the Global Navigation Satellite System (GNSS) network and its distance from them to determine latitude, longitude, elevation, and time.

[daniel5678]

daniel5678

GPS tracking software works by using the Global Positioning System (GPS) network to pinpoint the exact geographical coordinates of a device. This device transmits its location data to the software at regular intervals, which then displays the information on a user interface. Users can ” request information ” about the current location, travel speed, and route history of the tracked device. The software processes these requests in real-time, providing updates that can help in navigation, asset tracking, or monitoring the movement of individuals or vehicles.

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https://pubfonts.com t the current location, travel speed, and route history of the tracked device. The software processes these requests in real-time, providing updates that can help in navigation, asset tracking, or monitoring the movement of individuals or vehicles.

[willowwinona]

willowwinona

GPS tracking software works by leveraging the Global Positioning System (GPS), a network of satellites orbiting the Earth, to determine the precise location of an object or person in real-time. Here’s how it typically works:

GPS Receiver: The object being tracked, such as a vehicle or a smartphone, is equipped with a GPS receiver. This receiver communicates with GPS satellites to receive signals containing information about their location and precise time.

Data Transmission: The GPS receiver calculates its own position based on the signals received from multiple satellites. It then transmits this data, along with other relevant information such as speed and direction, to a central server via cellular networks or other communication channels.

Server Processing: The data received from multiple GPS receivers is processed and stored on a central server. The GPS tracking software analyzes this data to provide real-time location updates, historical tracking information, and various reports and alerts based on user-defined parameters.

User Interface: Users access the GPS tracking software through a web-based interface or a mobile application. Here, they can view the location of tracked objects on a map, monitor their movements in real-time, set up geofences and alerts, and generate reports to analyze historical data.

Data Visualization: The GPS tracking software uses mapping services, such as Google Maps or OpenStreetMap, to display the tracked objects’ locations visually. Users can zoom in and out, switch between different map views, and overlay additional information such as traffic conditions or points of interest.

Overall, GPS tracking software provides a powerful tool for businesses, fleet managers, law enforcement agencies, and individuals to monitor assets, improve operational efficiency, enhance safety and security, and make data-driven decisions based on accurate location information.