A headset comprising: a gaze determination circuit configured to determine a gaze direction of a first user of the headset, based on the first user's head orientation and relative orientation of the first user's eyes relative to the first user's head; a transceiver configured to receive an audio signal associated with a headset of a second user; processing circuitry configured to: identify a relative position associated with the second user relative to the head orientation of the first user; determine a deviation of the identified relative position of the second user relative to a reinforcement direction of the first user, wherein the reinforcement direction is based at least in part upon the gaze direction of the first user; spatialize the audio signal associated with the second user, based at least in part upon the relative position associated with the second user to the head orientation of the first user; and reinforce an amplitude of the audio output signal, based at least in part upon the deviation of the identified relative position of the second user relative to the reinforcement direction of the first user; and a speaker assembly configured to project a sound based upon the spatialized and reinforced audio output signal, such that the projected sound is perceived as originating at the position of the second user. a gaze determination circuit configured to determine a gaze direction of a first user of the headset, based on the first user's head orientation and relative orientation of the first user's eyes relative to the first user's head; a transceiver configured to receive an audio signal associated with a headset of a second user; processing circuitry configured to: identify a relative position associated with the second user relative to the head orientation of the first user; determine a deviation of the identified relative position of the second user relative to a reinforcement direction of the first user, wherein the reinforcement direction is based at least in part upon the gaze direction of the first user; spatialize the audio signal associated with the second user, based at least in part upon the relative position associated with the second user to the head orientation of the first user; and reinforce an amplitude of the audio output signal, based at least in part upon the deviation of the identified relative position of the second user relative to the reinforcement direction of the first user; and a speaker assembly configured to project a sound based upon the spatialized and reinforced audio output signal, such that the projected sound is perceived as originating at the position of the second user. identify a relative position associated with the second user relative to the head orientation of the first user; determine a deviation of the identified relative position of the second user relative to a reinforcement direction of the first user, wherein the reinforcement direction is based at least in part upon the gaze direction of the first user; spatialize the audio signal associated with the second user, based at least in part upon the relative position associated with the second user to the head orientation of the first user; and reinforce an amplitude of the audio output signal, based at least in part upon the deviation of the identified relative position of the second user relative to the reinforcement direction of the first user; and a speaker assembly configured to project a sound based upon the spatialized and reinforced audio output signal, such that the projected sound is perceived as originating at the position of the second user.