TRILATERAL REAL-TIME MONITORING AND CONTROL SYSTEM COMPRISING AN EXISTING SET IN THE REAL PLANE, A SCALE REPRESENTATION, AND A VIRTUAL TWIN

Abstract

The present invention relates to a monitoring and control system for a given space, which comprises at least one real physical space, at least one scale model of the physical space, and at least one digital twin of the physical space in a fully virtual environment. When a change of state is determined in the physical space, the parameters of the different components can be modified in both the scale model and the digital twin. This allows for the physical and remote control of a real environment using a trilateral configuration, which has the capacity to reflect the changes made in real time and simultaneously in three environments. This aims to simplify the operation of complex buildings, facilitate practical training, simulate scenarios, and optimize resources, among other advantages.