Shopping malls and retail

RTT Wi-Fi helps visitors easily navigate shopping malls, find the right shops, cafes, and service areas.
For businesses, it is a tool for improving customer experience and analyzing visitor behavior.
Wi-Fi RTT allows you to:

• follow the route inside the shopping center with an accuracy of 0.3 meters;
• show promotions and offers near the user's current location;
• analyze traffic and travel routes.

Office buildings and business centers

For corporate spaces, Wi-Fi RTT opens up the possibilities of smart navigation and monitoring.
Technology helps:

• find free meeting rooms and work areas;
• manage employee and visitor flows;
• integrate indoor navigation with security and access accounting systems.

It is important to remember that Wi-Fi RTT is not embedded in the existing Wi-Fi infrastructure.

Airports and transport hubs

In large Wi-Fi terminals, RTT solves the problem of passenger navigation and flow control.
The technology provides:

• quick search and guidance to the boarding gate, check-in desk or baggage claim area;
• tracking the movement of passenger flows;
• service automation.

Airport navigation based on Wi-Fi RTT makes travel more convenient and enhances a positive user experience.

Logistics and production

Wi-Fi RTT navigation provides accurate positioning of machinery, equipment and personnel in warehouses and production sites. With an accuracy of 0.3 meters and minimal latency, customers can:

• Track the movement of loaders, trolleys and cargo in real time;
• optimize delivery routes within warehouses;
• increase security by controlling access zones.

The GIS INP solution reduces operational costs and speeds up order processing.

Wi-Fi RTT requires IEEE 802.11mc support, so the technology is only available on a limited number of devices. This reduces the flexibility of the implementation and may require hardware upgrades for the correct operation of the system.

For accurate positioning, it is necessary to have several access points located in the line of sight. Obstacles and reflections of the signal in the rooms can lead to an increase in measurement error.

The accuracy of the technology depends on the environment, especially on the type of wall and floor materials. In conditions of strong interference or dense buildings, the error can reach several meters, which reduces navigation efficiency.

Increased power consumption with constant RTT measurements can significantly affect the operating time of mobile devices, especially when using the positioning function for a long time.