Mobile applications powered by the Navigine Indoor SDK help visitors to easily navigate inside any buildings with 1-3 meters accuracy. This technology uses external infrastructure as well as internal smartphone sensors and also leverages floor plan features and human motion models.
Bluetooth Low Energy allows defining the location with the accuracy of 2-5 m. Simple and affordable iBacon beacons, which send their identifiers to the readers inside premises on an on-going basis, are used for implementing the technology. The server system receives the transmitted information and immediately defines the location of each tag.
Thanks to the technology, it is possible to identify objects at low expenses. Because of its nature, the system doesn’t require a big number of readers, and, during operation, beacons consume minimum energy. The system availability makes it welcomed in many spheres including industry, warehousing, retail, healthcare and other industry sectors.
Location by WiFi allows for the realization of IPS without additional equipment and complicated infrastructure servicing. The receiver in the building detects the information, calculates the object location and sends the coordinates into the Cloud. Thanks to Wi-Fi, the location accuracy can be quite high – about 3-5 m.
The Ultra WideBand positioning technology belongs to wireless communication types functioning at small distances at minimum energy consumption.
Due to the fact that UWB has extremely wide signals, it is one of the most exact indoor location technologies. Because of high implementation costs, the system is usually used only if enterprises need precise data on location (for example, while tracking commodities in the workplace or managing warehouse stock).
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