An apparatus comprising means configured to: determine a change of position of an apparatus, wherein the change of position is determined by at least one sensor of the apparatus; and process (355, 357, 359) at least one of at least two microphone audio signals dependent on the change in position of the apparatus, wherein the at least two microphone audio signals are received from at least two microphones of the apparatus, such that the means configured to process (355, 357, 359) is configured to selectively adjust an audio sensitivity profile for an output audio signal based on the at least one of the at least two microphone audio signals, the audio sensitivity profile comprising a positioning and shaping for a beam for a beamformed audio signal and configured to reduce ambient noise, wherein processing the at least one of the at least two microphone audio signals comprises one of: adjusting the positioning and shaping for the beam for the beamformed audio signal based on the change of position determined by the at least one sensor, the shaping for the beam for the beamformed audio signal is with wider or narrower scopes dependent on information from the at least one sensor and initially track any motion of the apparatus using a wider beam and then lock onto an audio source using a narrower beam; or selecting at least one of the at least two microphone audio signals for the output audio signal without any beamforming processing dependent on the change of position of the apparatus where the motion of the apparatus is too quick to maintain a beamforming lock, and wherein the change of position comprises a relative change of position with respect to the audio source or an absolute change of position, and wherein the apparatus is a portable electronic device. determine a change of position of an apparatus, wherein the change of position is determined by at least one sensor of the apparatus; and process (355, 357, 359) at least one of at least two microphone audio signals dependent on the change in position of the apparatus, wherein the at least two microphone audio signals are received from at least two microphones of the apparatus, such that the means configured to process (355, 357, 359) is configured to selectively adjust an audio sensitivity profile for an output audio signal based on the at least one of the at least two microphone audio signals, the audio sensitivity profile comprising a positioning and shaping for a beam for a beamformed audio signal and configured to reduce ambient noise, wherein processing the at least one of the at least two microphone audio signals comprises one of: adjusting the positioning and shaping for the beam for the beamformed audio signal based on the change of position determined by the at least one sensor, the shaping for the beam for the beamformed audio signal is with wider or narrower scopes dependent on information from the at least one sensor and initially track any motion of the apparatus using a wider beam and then lock onto an audio source using a narrower beam; or selecting at least one of the at least two microphone audio signals for the output audio signal without any beamforming processing dependent on the change of position of the apparatus where the motion of the apparatus is too quick to maintain a beamforming lock, and adjusting the positioning and shaping for the beam for the beamformed audio signal based on the change of position determined by the at least one sensor, the shaping for the beam for the beamformed audio signal is with wider or narrower scopes dependent on information from the at least one sensor and initially track any motion of the apparatus using a wider beam and then lock onto an audio source using a narrower beam; or selecting at least one of the at least two microphone audio signals for the output audio signal without any beamforming processing dependent on the change of position of the apparatus where the motion of the apparatus is too quick to maintain a beamforming lock, and wherein the change of position comprises a relative change of position with respect to the audio source or an absolute change of position, and wherein the apparatus is a portable electronic device.