Method for operational control of a home automation closing system, the home automation closing system comprising at least: - a barrier, - a motorised actuation device, and - a wireless communication device, the motorised actuation device comprising at least: - an electromechanical actuator making it possible to displace the barrier, and - an electronic control unit, the wireless communication device comprising: - a first communication module associated with the motorised actuation device, the first communication module comprising at least one wireless communication member, and - a nomadic second wireless communication module, the second wireless communication module comprising at least one controller, a wireless communication member and an accelerometer, ∘ where the second wireless communication module is configured in order to communicate with the first communication module so as to control opening of the barrier as a function of the position of the second wireless communication module relative to the first communication module, said method comprises at least the following step: - determining a movement (E10; E1010) of the nomadic second wireless communication module by detecting an acceleration by means of the accelerometer of the second wireless communication module, characterised in that, in advance, during the step for determining a movement (E10; E1010) of the second wireless communication module, the wireless communication between the second wireless communication module and the first wireless communication module is deactivated, and in that, following determining a movement of the second wireless communication module, during the step for determining a movement (E10; E1010), said method comprises at least the following steps: - starting (E30; E1030) a first delay by the controller of the second wireless communication module, and - maintaining, in a deactivated state (E40; E1040), the wireless communication between the nomadic second wireless communication module and the first communication module associated with the motorised actuation device, so as to prevent automatic transmission of a control signal for opening the barrier between the second wireless communication module and the first communication module, during the duration of the first delay, and in that, following the elapsing of the duration of the first delay, said method comprises a second step for determining a movement (E70; E1070) of the second wireless communication module by detecting an acceleration by means of the accelerometer of the second wireless communication module. - a barrier, - a motorised actuation device, and - a wireless communication device, - an electromechanical actuator making it possible to displace the barrier, and - an electronic control unit, - a first communication module associated with the motorised actuation device, the first communication module comprising at least one wireless communication member, and - a nomadic second wireless communication module, the second wireless communication module comprising at least one controller, a wireless communication member and an accelerometer, ∘ where the second wireless communication module is configured in order to communicate with the first communication module so as to control opening of the barrier as a function of the position of the second wireless communication module relative to the first communication module, ∘ where the second wireless communication module is configured in order to communicate with the first communication module so as to control opening of the barrier as a function of the position of the second wireless communication module relative to the first communication module, - determining a movement (E10; E1010) of the nomadic second wireless communication module by detecting an acceleration by means of the accelerometer of the second wireless communication module, - starting (E30; E1030) a first delay by the controller of the second wireless communication module, and - maintaining, in a deactivated state (E40; E1040), the wireless communication between the nomadic second wireless communication module and the first communication module associated with the motorised actuation device, so as to prevent automatic transmission of a control signal for opening the barrier between the second wireless communication module and the first communication module, during the duration of the first delay,