The pocket-sized tracking chip works by utilizing GPS technology and wireless communication. The chip constantly sends out signals to satellites, which then transmit the location data to a central server. This server can then be accessed by the user to track the location of the chip.
The materials needed to create the pocket-sized tracking chip include a microcontroller, GPS module, antenna, battery, and a wireless communication module. In addition, other components such as resistors, capacitors, and a PCB board may be needed for assembly.
The accuracy of the pocket-sized tracking chip depends on the quality of the components used and the strength of the satellite signals. Generally, the chip can provide location accuracy within a few meters, but this may vary depending on the environment and other factors.
Yes, the pocket-sized tracking chip can be used for real-time tracking as long as it has a continuous power source and a strong wireless connection. This allows for constant communication with the central server, providing up-to-date location data.
There may be ethical implications to using a pocket-sized tracking chip, especially if it is being used without the knowledge or consent of the person being tracked. It is important to consider privacy concerns and ensure that the use of the chip is legal and ethical in the specific situation.