A system for aiding early detection and management of a breathing related disorder in a patient comprising: a. a user controller ; a. a plurality of sensors (20/30), comprising: an oximetry/O 2 level sensor and at least one additional sensor, wherein the sensors are connectable to the user controller and adapted for sensing and providing sensed data of at least one characteristic relevant to a breathing related disorder; b. a predefined operative framework in the user controller having connection for receiving the sensed data from the plurality of sensors; c. a control means for sending to the predefined operative framework a predefined effective operative range of the plurality of sensors; d. a collaborator ; and e. at least one external stimulator positionable relative to the patient and operatively connectable with the predefined operative framework for receiving operative instruction and providing an effective external stimulation to the patient; wherein: i. the sensed data is assessed to determine whether a predefined trigger point has been sensed; and ii. If a predefined trigger point has been sensed an identification of the single sensor trigger point is communicated to the collaborator ; and iii. The collaborator undertakes a trigger point analysis by reviewing multiple sensors, whereby: • if multiple single sensor trigger points from multiple sensors have been received within a predefined time period a trigger actuation is initiated to instigate external stimulation; or • if multiple single sensor trigger points from multiple sensors have not been received within a predefined time period return to further sensing and further trigger analysis wherein the recordal of a single sensor trigger point of one sensor does not initiate trigger actuation unless supported by a single sensor trigger point of another sensor. a. a user controller ; a. a plurality of sensors (20/30), comprising: an oximetry/O 2 level sensor and at least one additional sensor, wherein the sensors are connectable to the user controller and adapted for sensing and providing sensed data of at least one characteristic relevant to a breathing related disorder; b. a predefined operative framework in the user controller having connection for receiving the sensed data from the plurality of sensors; c. a control means for sending to the predefined operative framework a predefined effective operative range of the plurality of sensors; d. a collaborator ; and e. at least one external stimulator positionable relative to the patient and operatively connectable with the predefined operative framework for receiving operative instruction and providing an effective external stimulation to the patient; i. the sensed data is assessed to determine whether a predefined trigger point has been sensed; and ii. If a predefined trigger point has been sensed an identification of the single sensor trigger point is communicated to the collaborator ; and iii. The collaborator undertakes a trigger point analysis by reviewing multiple sensors, whereby: • if multiple single sensor trigger points from multiple sensors have been received within a predefined time period a trigger actuation is initiated to instigate external stimulation; or • if multiple single sensor trigger points from multiple sensors have not been received within a predefined time period return to further sensing and further trigger analysis wherein the recordal of a single sensor trigger point of one sensor does not initiate trigger actuation unless supported by a single sensor trigger point of another sensor. • if multiple single sensor trigger points from multiple sensors have been received within a predefined time period a trigger actuation is initiated to instigate external stimulation; or • if multiple single sensor trigger points from multiple sensors have not been received within a predefined time period return to further sensing and further trigger analysis <EOS>