Tracking devices are a vital part of any business, but they can also be a source of confusion and frustration. When it comes to tracking devices, accuracy is key. Not only do these devices need to be accurate to track the whereabouts of a person or object, but they also need to be accurate enough to avoid false alarms. In this post, we’ll take a look at some of the factors that can affect the accuracy of tracking devices.
Satellite Signal Obstruction
One of the most common sources of tracking device inaccuracy is satellite signal obstruction. This occurs when areas near a tracking device are filled with buildings, trees, or other obstructions that block the satellite signal from being received by the tracker. Inaccurate readings can be caused by a variety of factors, including tall buildings and vegetation close to the device.
Obstruction By Target Objects
Another common source of tracking device inaccuracy is if objects tracked by the tracker occupy too much space within the area being monitored. The tracker’s accuracy will be reduced if an object occupies more than 50% of the available viewing area. This can occur if an object is too large or if it is placed in a location that obstructs the satellite signal from reaching the device.
Incorrect Use of Geolocation Methods
Tracking devices use geolocation methods to determine where they are located and how far away objects are located. However, these methods can sometimes be inaccurate due to factors such as weather conditions and shifts in terrain. If the device is not properly calibrated, incorrect readings may be generated, which can lead to inaccurate tracking results.
Indoor Or Underground Use
Tracking devices that are used indoors or underground are more likely to experience inaccuracy due to various factors. These devices may not be able to receive signals from satellites if they are in an area with poor reception, and the device’s movement may also be difficult to track if it is housed in a compact or hidden location.
Device Movement And Orientation
Device movement and orientation can also cause tracking accuracy issues. If the tracker moves around inside a building or goes upside down while being worn by the user, inaccurate readings will be generated. Additionally, incorrect positioning of the device can result in false readings of objects that are located far away from the device.
Solar storms can unleash powerful bursts of radiation that can interfere with satellite signals, which can affect tracking devices. If a solar storm is in progress or expected to occur within a specific area, be sure to check the device’s instructions for precautions and recommendations on how to avoid interference.
The six factors that can affect tracking accuracy include device movement, orientation, weather conditions, satellite reception, and solar storms. Always be sure to check the device’s instructions for specific precautions to ensure accurate tracking results. Apart from that, always make sure to calibrate the device regularly to maintain accurate readings and ensure safety. As a result, there are six elements that influence tracking precision.