Vehicle security system comprising: (a) a controlled magnetic field sensor connected to at least one antenna; (a.1) wherein this antenna is configured as a single electrode; and (a.2) wherein the controlled electrostatic field sensor is configured to detect a disturbance in the electrostatic field generated by at least one antenna connected with that sensor; characterized in that (b) the at least one antenna is in a position selected between: (b.1) attached to the vehicle in an external surface of the vehicle, given that the antenna is configured as a metallic strip connected to the sensor; or (b.2) attached to an internal area of the vehicle that is to be monitored given that the antenna is configured as a metallic strip connected to the sensor; or (b.3) outside the vehicle in a parking area arranged for monitoring a parking lot, attached to the area that is to be monitored given that the antenna is configured as a metallic strip connected to the sensor; (c) and wherein each sensor is connected to a control device which comprises: (c.1) one or more processors; (c.2) a memory; and (c.3) one or more programs in which the program(s) are stored in the memory and configured to be executed by the processor(s) wherein the one or more programs comprise instructions arranged for: (c.3.1) profiling a disturbance detected by at least one antenna connected to at least one sensor; (c.3.2) focusing at least one camera on at least one area where at least one antenna connected to at least one sensor has detected a disturbance; (c.3.3) monitoring by the camera at least one area where at least one antenna connected to at least one sensor has detected a disturbance; (c.3.4) generating a control signal; and (c.3.5) notifying an external server. (a) a controlled magnetic field sensor connected to at least one antenna; (a.1) wherein this antenna is configured as a single electrode; and (a.2) wherein the controlled electrostatic field sensor is configured to detect a disturbance in the electrostatic field generated by at least one antenna connected with that sensor; characterized in that (a.1) wherein this antenna is configured as a single electrode; and (a.2) wherein the controlled electrostatic field sensor is configured to detect a disturbance in the electrostatic field generated by at least one antenna connected with that sensor; characterized in that (b) the at least one antenna is in a position selected between: (b.1) attached to the vehicle in an external surface of the vehicle, given that the antenna is configured as a metallic strip connected to the sensor; or (b.2) attached to an internal area of the vehicle that is to be monitored given that the antenna is configured as a metallic strip connected to the sensor; or (b.3) outside the vehicle in a parking area arranged for monitoring a parking lot, attached to the area that is to be monitored given that the antenna is configured as a metallic strip connected to the sensor; (b.1) attached to the vehicle in an external surface of the vehicle, given that the antenna is configured as a metallic strip connected to the sensor; or (b.2) attached to an internal area of the vehicle that is to be monitored given that the antenna is configured as a metallic strip connected to the sensor; or (b.3) outside the vehicle in a parking area arranged for monitoring a parking lot, attached to the area that is to be monitored given that the antenna is configured as a metallic strip connected to the sensor; (c) and wherein each sensor is connected to a control device which comprises: (c.1) one or more processors; (c.2) a memory; and (c.3) one or more programs in which the program(s) are stored in the memory and configured to be executed by the processor(s) wherein the one or more programs comprise instructions arranged for: (c.3.1) profiling a disturbance detected by at least one antenna connected to at least one sensor; (c.3.2) focusing at least one camera on at least one area where at least one antenna connected to at least one sensor has detected a disturbance; (c.3.3) monitoring by the camera at least one area where at least one antenna connected to at least one sensor has detected a disturbance; (c.3.4) generating a control signal; and (c.3.5) notifying an external server. (c.1) one or more processors; (c.2) a memory; and (c.3) one or more programs in which the program(s) are stored in the memory and configured to be executed by the processor(s) wherein the one or more programs comprise instructions arranged for: (c.3.1) profiling a disturbance detected by at least one antenna connected to at least one sensor; (c.3.2) focusing at least one camera on at least one area where at least one antenna connected to at least one sensor has detected a disturbance; (c.3.3) monitoring by the camera at least one area where at least one antenna connected to at least one sensor has detected a disturbance; (c.3.4) generating a control signal; and (c.3.5) notifying an external server. (c.3.1) profiling a disturbance detected by at least one antenna connected to at least one sensor; (c.3.2) focusing at least one camera on at least one area where at least one antenna connected to at least one sensor has detected a disturbance; (c.3.3) monitoring by the camera at least one area where at least one antenna connected to at least one sensor has detected a disturbance; (c.3.4) generating a control signal; and (c.3.5) notifying an external server.