Why choose a system for indoor and outdoor positioning

2025-06-10/ By Admin

When the self-driving car enters the underground parking lot, the GPS signal disappears instantly. When firefighters search and rescue in thick smoke but cannot be accurately located - the limitations of a single positioning technology are hindering the digitalization process.

Why are traditional positioning technologies no longer sufficient?

The bottleneck of outdoor positioning:

The fatal flaw of GPS/ Beidou in urban canyons, tunnels and other scenarios (with an error of up to 50 meters +).

Insufficient positioning accuracy of 4G/5G base stations (case: the problem of random parking of shared bikes).

Fragmentation of indoor positioning:

The high deployment cost and maintenance difficulty of Bluetooth beacons and Wi-Fi fingerprint technologies.

Different systems cannot communicate with each other (such as shopping mall navigation and parking lot navigation operating independently).

The key to solving these problems lies in the technological integration that breaks the boundaries between indoor and outdoor Spaces.

How can the fusion positioning system break the deadlock?

Accurate Indoor and outdoor positioning is transforming how people navigate large, complex spaces like shopping centres, hospitals, airports and office buildings. Unlike traditional GPS, which struggles indoors, advanced indoor positioning system technologies provide precise location tracking and seamless navigation.

The core technical system of the indoor and outdoor integrated positioning solution integrates multiple technical architectures. Among them, the cable-free design can flexibly adapt to various complex environments. The indoor and outdoor positioning tag integrating UWB, Bluetooth GPS/Beidou modules adopts a metal penetration enhanced antenna design to ensure the accuracy of data synchronization between indoor and outdoor. With the fusion positioning algorithm, the system can achieve dynamic switching between indoor and outdoor modes to ensure continuous coverage of all-scenario positioning.

When the boundary between the physical world and the digital world gradually blurs, the fusion positioning system is the "spatio-temporal coordinate system" that connects the two worlds.