GPS Radiation: Effects and Use of Live Trackers in Everyday Life
GPS-enabled devices have revolutionised our everyday lives and are now an integral part of them. From simple navigation devices to complex live tracker chips that enable precise real-time tracking, these technologies play a central role in many areas. A question that frequently arises is: is the GPS radiation emitted by these devices harmful to health – for people and pets alike?
How Live Tracker Chips Work
Live tracker chips use the Global Positioning System (GPS) to determine precise positions. The system is based on a constellation of satellites that orbit the Earth and continuously transmit signals. A live tracker chip receives these signals and calculates its exact position based on the signal travel time. This information is then transmitted to a connected smartphone or computer, where it is processed in dedicated apps and displayed on a map.
Historical Background
The GPS system was developed by the US military in the 1970s to enable precise positioning for military applications. In the 1980s, the technology was released for civilian use and quickly found its way into navigation. Today, live tracker chips are integrated into almost every modern mobile phone and enable a wide range of location-based services.
Effects of GPS Radiation
A central concern for many users is whether radiation from live tracker chips is harmful to health. GPS radiation falls within the range of high-frequency electromagnetic fields – similar to Wi-Fi and mobile phone signals.
A study examined 21 commercially available live tracker chips and their radiation levels. The results showed that the measured radiation was well below the reference values of the International Commission on Non-Ionizing Radiation Protection (ICNIRP). This applies to both people and pets. The radiation exposure from live tracker chips is therefore so low that no adverse health effects are to be expected.
Electromagnetic Fields in Everyday Life
In addition to live tracker chips, we are surrounded in everyday life by numerous other sources of electromagnetic fields: microwaves, mobile phones, televisions and computers all emit electromagnetic radiation. Particularly in households with many Wi-Fi and Bluetooth devices, the combined total of these sources can result in a larger overall electromagnetic field.
Reducing Radiation Exposure
Although the radiation from individual devices is low, experts recommend keeping total exposure in the home as low as possible. Simple measures can help:
- Switch off Wi-Fi routers when not in use – especially at night
- Deactivate Bluetooth devices when they are not needed
- Fully disconnect unused devices from the power supply
Applications of Live Tracker Chips in Everyday Life
Navigation and Outdoor Activities
Live tracker chips are particularly popular for outdoor activities such as hiking, geocaching and cycling. They allow users to record routes, mark specific waypoints and retrieve them at any time.
Family Safety
Live trackers have proved their worth within families: parents can monitor the movements of their children on their first independent journeys and ensure they arrive safely at their destination. For elderly people who need support, live trackers also offer valuable assistance – they transmit the current position at any time and enable quick orientation in an emergency.
Pets
Specialist mini tracker chips are attached to the animal's collar and allow pet owners to track the whereabouts of their pet at any time. This is particularly useful for animals that tend to leave the property or find themselves in unfamiliar surroundings.
Conclusion
Live tracker chips and the associated GPS radiation pose no health risk to people or pets. Radiation levels are well below the established international limits, and the devices are subject to strict guidelines. The wide range of applications – from navigation and outdoor activities to the safety of family members and pets – makes live tracker chips indispensable tools for everyday life. Simple measures can further reduce the overall electromagnetic exposure in the home.