ITT is a system that bases its reliability on the use of double operating frequencies: 125 Khz and 868 MHz. A wake-up frequency, 125 Khz, what we call a high-precision "magnetic locator", capable of permeating every obstacle, so as to guarantee the achievement of the TAG. The use of 868 MHz is aimed at receiving the response signal from the TAGs and then sending them to the system.
It uses two fully calibratable frequencies and is a product totally developed by Nuzoo Robotics. This makes any type of necessary implementation or customization possible, starting from a few square meters of space to be monitored up to 5,000m2

If we think about the detection/localization (125Khz) of the TAG in areas with a high density of obstacles, the system operates comfortably on an area of approximately 100m2 while in common areas it can cover an area of 500m2.
If, however, we focus on the 868 MHz frequency we can count on a much wider coverage area, with a single antenna we can start from around 1,000 m² and reach up to 5,000 m².
It uses two fully calibratable frequencies and is a product totally developed by Nuzoo Robotics. This makes any type of necessary implementation or customization possible, starting from a precision detection on a few square meters of space to be monitored up to 5,000m2.

The Tag is small in size, 17x34x65 mm, and can be easily worn, positioned inside a vehicle (both in fixed and removable mode) or on objects to be detected.
The Tag is equipped with an accelerometer, this allows you to know if a person or vehicle is moving or stationary.
It can be delivered to the operator of the vehicle or installed directly on the vehicle to be detected, becoming a unique way to identify a worker, a vehicle or an object.
The same Tag can be used in every available application: Man Down, man-machine collision prevention, localization and tracking in a general sense and for social distancing (Covid)
The Tag can also be customized with call buttons or, through specific movements, be used to launch a specific call. The call will automatically report the caller's area (pavilion), creating organizational efficiency and reducing intervention/waiting times.

From a general or systems point of view, we can define it in all respects as an innovative and complete IoT system.
The data collected can be collected, analyzed and distributed through a corporate network but also through a specific Cloud application. It is possible to access the data through PC, tablet or smartphone, as well as fully operate the system settings through them.
Security levels can be managed with customized system access profiles.
The collection and processing of data refers to all aspects of use, such as access and exit from the different areas of intervention, the start and end times of work, the times of actual use and machine downtime .
The data collected can be managed in full respect of privacy.

The system is available for both indoor and outdoor applications. The entire infrastructure can be powered by the electricity grid or, if desired, by battery, this to allow its installation in any context.

The system can be interfaced with systems that manage data in the specific industry or company. The various installations created to date offer graphic interfaces both for the REAL-TIME part of the system and for historicisation, statistics, reporting and subsequent data analysis.
The software platform used is designed to interface with various Building Automation management systems.