A gait management apparatus comprising: at least one motion sensor for capturing gait information, at least one cueing actuator (26, 27) with electrical stimulation electrodes, a controller configured to process motion sensing signals from said at least one motion sensor, to perform automatic detection of a freezing-of-gait gait dysfunction or potential freezing-of-gait gait dysfunction, and to activate said cueing actuator automatically upon said detection, wherein the controller and the cueing actuator are configured to perform sensory level cueing and motor level cueing, wherein, the controller is configured to determine if cueing at a sensory level is required or if cueing at a motor level is required, and to provide output signals to the cueing actuator accordingly, the controller is configured to determine characteristics of a patient and to activate cueing customised to the patient, said characteristics include one or more selected from skin impendence, sensory threshold, and motor threshold, said characteristics include the patient's changing response to motor level stimulation as a cue and/or the patient's changing response to sensory level stimulation as a cue, and the controller is configured to activate the cueing actuator to prevent gait dysfunction when the controller senses that a patient is walking or has an intention to walk, the controller is configured to operate in a continuous cueing mode or an adaptive cueing mode, in which: in the continuous mode, cueing is performed whenever the user is not seated, standing still or lying, in which cueing is performed upon detection of intention to walk until the controller determines that the user stops walking, and in the adaptive mode cueing is performed to prevent freezing-of-gait only in response to alterations in gait dynamics or detection of a freezing-of-gait precursor, and the apparatus further comprises a patient interface, and the controller is configured to activate cueing in response to a manual cueing instruction at said interface. at least one motion sensor for capturing gait information, at least one cueing actuator (26, 27) with electrical stimulation electrodes, a controller configured to process motion sensing signals from said at least one motion sensor, to perform automatic detection of a freezing-of-gait gait dysfunction or potential freezing-of-gait gait dysfunction, and to activate said cueing actuator automatically upon said detection, wherein the controller and the cueing actuator are configured to perform sensory level cueing and motor level cueing, wherein, the controller is configured to determine if cueing at a sensory level is required or if cueing at a motor level is required, and to provide output signals to the cueing actuator accordingly, the controller is configured to determine characteristics of a patient and to activate cueing customised to the patient, said characteristics include one or more selected from skin impendence, sensory threshold, and motor threshold, said characteristics include the patient's changing response to motor level stimulation as a cue and/or the patient's changing response to sensory level stimulation as a cue, and the controller is configured to activate the cueing actuator to prevent gait dysfunction when the controller senses that a patient is walking or has an intention to walk, the controller is configured to operate in a continuous cueing mode or an adaptive cueing mode, in which: in the continuous mode, cueing is performed whenever the user is not seated, standing still or lying, in which cueing is performed upon detection of intention to walk until the controller determines that the user stops walking, and in the adaptive mode cueing is performed to prevent freezing-of-gait only in response to alterations in gait dynamics or detection of a freezing-of-gait precursor, and in the continuous mode, cueing is performed whenever the user is not seated, standing still or lying, in which cueing is performed upon detection of intention to walk until the controller determines that the user stops walking, and in the adaptive mode cueing is performed to prevent freezing-of-gait only in response to alterations in gait dynamics or detection of a freezing-of-gait precursor, and