Abstract: Data transmission method between an on-board device adapted to acquire data relating to motion and/or driving parameters of a vehicle and a remote processing center, comprising the steps of: acquiring said data through the on-board device and storing it in a log memory of the on-board device; assessing by means of the on-board device if a logical condition is satisfied; sending, if said logical condition is satisfied, by means of the on-board device, a data connection request message requesting connection to a mobile cellular radio network to request the establishment of a GPRS connection between the on-board device and the remote processing center; receiving the data connection request at the remote processing center, by means of the mobile cellular radio network; processing the data connection request message at the remote processing center to accept or reject the connection request based on said identifying data.

Abstract: Disclosed are system and method for the identification and recognition of a motor vehicle based on the profile of the voltage values from the onboard electrical system. The system comprises a voltage and/or current detecting device connected to a vehicle's electrical system. The system is configured to create a database comprising at least one reference voltage value and/or absorbed current associated with at least one predetermined condition of the vehicle, detecting at least one value of voltage and/or current absorbed in operation associated with at least one predetermined vehicle condition and comparing the at least one reference value with the at least one operating value. In the case where at least one operating value coincides with at least one reference value, it is determined that the identification system is installed on the vehicle or, if not, it is determined that the identification system is not installed on the vehicle.

Abstract: An onboard device to acquire data relating to motion and/or driving parameters of a vehicle is described, the device, comprising: at least one data source internal to the on-board device adapted to provide in output a first data signal containing data correlated to motion and/or driving parameters of the vehicle; a data processing unit to receive and process said first data signal; a long-range radio communication interface to allow a data transmission on a telecommunications network between the data processing unit and a remote processing centre; a first short-range Bluetooth radio communication interface to allow the on-board device to receive at least one data signal from an external device, the external device comprising a data source external to the on-board device and a second short-range Bluetooth radio communication interface.

Abstract: Disclosed are system and method for the identification and recognition of a motor vehicle based on the profile of the voltage values from the onboard electrical system. The system comprises a voltage and/or current detecting device connected to a vehicle's electrical system. The system is configured to create a database comprising at least one reference voltage value and/or absorbed current associated with at least one predetermined condition of the vehicle, detecting at least one value of voltage and/or current absorbed in operation associated with at least one predetermined vehicle condition and comparing the at least one reference value with the at least one operating value. In the case where at least one operating value coincides with at least one reference value, it is determined that the identification system is installed on the vehicle or, if not, it is determined that the identification system is not installed on the vehicle.

Abstract: A method for detecting and validating anomalous stresses of a transportation vehicle recorded and transmitted to a remote processing station by an on-board device adapted to acquire data relative to motion and/or driving parameters of a transportation vehicle, comprising steps of: applying to data representative of an anomalous stress to be validated, recorded and transmitted by the on-board device, by the remote processing station, at least one first correlation filter based on a neural network, wherein applying comprising steps of: comparing the data representative of an anomalous stress with the data respectively stored in a database of data representative of basic anomalous stresses of true type and a the database of data representative of basic anomalous stresses of false type; on the basis of result of the step of comparing, validating the anomalous stress as a true event or as a false event.

Abstract: On-board device adapted and configured to acquire data relating to motion and/or driving parameters of a vehicle, comprising: at least one data source internal to the on-board device adapted to provide in output a first data signal containing data correlated to motion and/or driving parameters of the vehicle; a data processing unit operatively connected to the internal data source to receive and process said first data signal; a long-range radio communication interface operatively connected to the data processing unit to allow a data transmission on a telecommunications network between the data processing unit and a remote processing center; a first short-range Bluetooth radio communication interface operatively connected to the data processing unit to allow the on-board device to receive at least one data signal from an external device, the external device comprising a data source external to the on-board device and a second short-range Bluetooth radio communication interface.

Abstract: Data transmission method between an on-board device adapted to acquire data relating to motion and/or driving parameters of a vehicle and a remote processing center, comprising the steps of: acquiring said data through the on-board device and storing it in a log memory of the on-board device; assessing by means of the on-board device if a logical condition is satisfied; sending, if said logical condition is satisfied, by means of the on-board device, a data connection request message requesting connection to a mobile cellular radio network to request the establishment of a GPRS connection between the on-board device and the remote processing center; receiving the data connection request at the remote processing center, by means of the mobile cellular radio network; processing the data connection request message at the remote processing center to accept or reject the connection request based on said identifying data.