System for detecting positioning and movement of one or more objects, comprising: • a sensorized surface, provided with a single RFID antenna, placed along its outer edges, • a series of magnetic field sensors placed within said sensorized surface, whose sensing areas, cover partially overlapping each other, said sensorized surface, • a series of trackable objects provided with a magnetic marker and a RFID TAG, • an electronic control circuitry consisting of the following elements: a) an apparatus for reading the identification data of the RFID TAGs, b) an apparatus for acquiring the signals generated by the magnetic sensors, c) a memory unit for storing current and historical position information of the tracked objects, d) an output interface for transmitting identification and position information for each object to third-party devices. e) a programmable computing unit for correlating the RFID identification data to the magnetic position data, executing an algorithm consisting in the following steps: - Acquiring the RFID data from the RFID reader - Acquiring the data of the magnetic sensors from their interface - Calculating the positions occupied by the objects by interpolating the data from magnetic sensors and comparing with the positioning data previously detected.. - Matching the identification data with the position data for each object positioned on the sensorized surface - Saving the new position data in the memory - Transmitting remotely the identification and position information of the marked objects by means of the output interface. • a sensorized surface, provided with a single RFID antenna, placed along its outer edges, • a series of magnetic field sensors placed within said sensorized surface, whose sensing areas, cover partially overlapping each other, said sensorized surface, • a series of trackable objects provided with a magnetic marker and a RFID TAG, • an electronic control circuitry consisting of the following elements: a) an apparatus for reading the identification data of the RFID TAGs, b) an apparatus for acquiring the signals generated by the magnetic sensors, c) a memory unit for storing current and historical position information of the tracked objects, d) an output interface for transmitting identification and position information for each object to third-party devices. e) a programmable computing unit for correlating the RFID identification data to the magnetic position data, executing an algorithm consisting in the following steps: - Acquiring the RFID data from the RFID reader - Acquiring the data of the magnetic sensors from their interface - Calculating the positions occupied by the objects by interpolating the data from magnetic sensors and comparing with the positioning data previously detected.. - Matching the identification data with the position data for each object positioned on the sensorized surface - Saving the new position data in the memory - Transmitting remotely the identification and position information of the marked objects by means of the output interface. a) an apparatus for reading the identification data of the RFID TAGs, b) an apparatus for acquiring the signals generated by the magnetic sensors, c) a memory unit for storing current and historical position information of the tracked objects, d) an output interface for transmitting identification and position information for each object to third-party devices. e) a programmable computing unit for correlating the RFID identification data to the magnetic position data, executing an algorithm consisting in the following steps: - Acquiring the RFID data from the RFID reader - Acquiring the data of the magnetic sensors from their interface - Calculating the positions occupied by the objects by interpolating the data from magnetic sensors and comparing with the positioning data previously detected.. - Matching the identification data with the position data for each object positioned on the sensorized surface - Saving the new position data in the memory - Transmitting remotely the identification and position information of the marked objects by means of the output interface. - Acquiring the RFID data from the RFID reader - Acquiring the data of the magnetic sensors from their interface - Calculating the positions occupied by the objects by interpolating the data from magnetic sensors and comparing with the positioning data previously detected.. - Matching the identification data with the position data for each object positioned on the sensorized surface - Saving the new position data in the memory - Transmitting remotely the identification and position information of the marked objects by means of the output interface.