A method, comprising: receiving data that is indicative of locations and orientations of respective ears of a first listener and ears of a second listener in an environment; receiving a binaural audio signal that comprises a first audio signal that is to be directed to left ears and a second audio signal that is to be directed to right ears; dynamically generating (508, 510) left audio signals and right audio signals based upon: the data that is indicative of locations and orientations of the respective ears of the first listener and the respective ears of the second listener, a binaural late reverberation signal that is to be provided to both the first listener and the second listener, and the binaural audio signal, wherein the left audio signals represent audio to be output by a first beamforming transducer, and the right audio signals represent audio to be output by a second beamforming transducer transmitting data (512, 514) that is indicative of the locations and orientations of the ears of the first listener and the ears of the second listener to the first beamforming transducer and the second beamforming transducer; transmitting the left audio signals to the first beamforming transducer; and transmitting the right audio signals to the second beamforming transducer, wherein audio beams output by the first beamforming transducer and the second beamforming transducer responsive to receipt of the left audio signals and the right audio signals, respectively include cancelling components such that an audio signal output by the first beamforming transducer is de-correlated between the ears of the listener and the audio output by the second beamforming transducer is de-correlated between the ears of the listener; and wherein left and right audio signal for each listener can be dynamically modified based on the locations and orientations of the respective ears of the first listener and the respective ears of the second listener; and wherein the first and second listener are provided with both shared and customized spatial audio effects, the shared spatial audio effects based upon the binaural late reverberation signal, and the customized spatial audio effects based upon the binaural audio signal and the data that is indicative of the locations and orientations of the respective ears of the first listener and the ears of the second listener. receiving data that is indicative of locations and orientations of respective ears of a first listener and ears of a second listener in an environment; receiving a binaural audio signal that comprises a first audio signal that is to be directed to left ears and a second audio signal that is to be directed to right ears; dynamically generating (508, 510) left audio signals and right audio signals based upon: the data that is indicative of locations and orientations of the respective ears of the first listener and the respective ears of the second listener, a binaural late reverberation signal that is to be provided to both the first listener and the second listener, and the binaural audio signal, wherein the left audio signals represent audio to be output by a first beamforming transducer, and the right audio signals represent audio to be output by a second beamforming transducer the data that is indicative of locations and orientations of the respective ears of the first listener and the respective ears of the second listener, a binaural late reverberation signal that is to be provided to both the first listener and the second listener, and the binaural audio signal, wherein the left audio signals represent audio to be output by a first beamforming transducer, and the right audio signals represent audio to be output by a second beamforming transducer transmitting data (512, 514) that is indicative of the locations and orientations of the ears of the first listener and the ears of the second listener to the first beamforming transducer and the second beamforming transducer; transmitting the left audio signals to the first beamforming transducer; and transmitting the right audio signals to the second beamforming transducer, wherein audio beams output by the first beamforming transducer and the second beamforming transducer responsive to receipt of the left audio signals and the right audio signals, respectively include cancelling components such that an audio signal output by the first beamforming transducer is de-correlated between the ears of the listener and the audio output by the second beamforming transducer is de-correlated between the ears of the listener; and