1. Magnetic fixation and convenience
Magnetic design: Integrating Tile magnet on the tracker or making it have magnetic function can easily adsorb the tracker on metal surfaces, such as refrigerator doors, metal filing cabinets, etc. This design not only improves the portability of the tracker, but also reduces the risk of loss due to accidental dropping.
Flexible deployment: The adsorption force of the magnet allows the tracker to be easily installed on various metal objects, thereby expanding the application range and usage scenarios of the tracker.

2. Enhanced tracking accuracy
Magnetic field assisted positioning: Although the magnet itself does not directly provide positioning function, combined with other positioning technologies (such as Bluetooth, GPS, etc.), magnetic field information can be used as auxiliary data to improve tracking accuracy. For example, by analyzing the change of the magnetic field, the relative position between the tracker and the metal object can be more accurately determined.
Anti-interference design: In an environment with complex electromagnetic environment, the magnetic shielding effect of the magnet can reduce the impact of external electromagnetic interference on the positioning accuracy of the tracker.

3. Security and privacy protection
Safe fixation: The strong adsorption force of the magnet can prevent the tracker from being easily removed or stolen, thereby improving the security of the tracker.
Privacy protection: Although magnets themselves have no direct correlation with privacy protection, reasonable product design and user education can ensure that trackers comply with privacy protection regulations when collecting and using data, and protect users' personal privacy.

4. Expand application scenarios
Application in specific fields: In fields where metal objects need to be frequently moved and tracked (such as industrial manufacturing, warehousing and logistics, etc.), magnetic trackers can play a greater role. By fixing these trackers on key items, the location and status of the items can be monitored in real time.
Innovation and integration: In the future, with the development and integration of technology, magnet technology may be combined with more advanced technologies (such as the Internet of Things, artificial intelligence, etc.), bringing more innovations and breakthroughs to the field of object tracking.