With the help of computer vision, our algorithms can provide timely warnings when train wheels are worn out and need to be replaced. This technology will work completely autonomously, measuring the diameter of each wheel on both sides of the car.

With the help of a mounted camera, algorithms can detect the bevel of each passing цagon and warn personnel about it in a timely manner.

With the help of cameras and a rangefinder, our computer vision algorithm automatically determines the volume of cargo being transported. The main condition is that the transport wagon must be of an open type. Thanks to this technology, you can reduce the time of calculating the volume of cargo and minimize the human factor.

This solution is designed for automatic generation of reports. In addition, the system will also automatically identify wagons that are on the black list and detect discrepancies in the system.

Computer vision algorithms can automatically detect visible violations during loading and unloading of wagons. When connecting this service, the supervision of a specialist is no longer required. Each action will be monitored by our algorithms and any violations will be recorded online.

Для более качественной перевозки скоропортящихся товаров необходимо регулярно следить за состоянием товаров. В этом могут помочь наши алгоритмы компьютерного зрения, которые могут 24/7 следить за состоянием перевозимых товаров и регулярно сообщать менеджерам о состоянии продуктов.

Our computer vision algorithms can automatically detect defects in wagons and entire trains, without human intervention. Such a solution will make it possible to inspect wagons much faster and more accurately, excluding the human factor.