A method comprising: obtaining a spatial audio signal from a plurality of microphones; determining, using spatial audio analysis performed on the obtained spatial audio signal, at least a first component of the obtained spatial audio signal and at least a second component of the obtained spatial audio signal, wherein: the first component comprises a direct audio component comprising parts of the obtained spatial audio signal that a human listener would perceive to come from a certain direction, and the second component comprises an ambient audio component comprising parts of the obtained spatial audio signal that a human listener would not perceive to come from a certain direction, wherein using spatial audio analysis comprises dividing the spatial audio signal into the direct and ambient components; using information indicative of a camera in use to select a first noise reduction system and a second noise reduction system, wherein the information indicative of the camera in use is indicative of the camera in use being a camera mounted on a front face or a rear face of an electronic device which comprises an apparatus performing the method; applying the first noise reduction system to the first component and applying the second noise reduction system to the second component, wherein different methods are used for the first noise reduction system and the second noise reduction system, wherein the first and second noise reduction systems are configured to identify noise within the components of the obtained audio signal; and enabling a signal comprising the noise reduced components to be provided to one or more speakers for rendering. obtaining a spatial audio signal from a plurality of microphones; determining, using spatial audio analysis performed on the obtained spatial audio signal, at least a first component of the obtained spatial audio signal and at least a second component of the obtained spatial audio signal, wherein: the first component comprises a direct audio component comprising parts of the obtained spatial audio signal that a human listener would perceive to come from a certain direction, and the second component comprises an ambient audio component comprising parts of the obtained spatial audio signal that a human listener would not perceive to come from a certain direction, wherein using spatial audio analysis comprises dividing the spatial audio signal into the direct and ambient components; using information indicative of a camera in use to select a first noise reduction system and a second noise reduction system, wherein the information indicative of the camera in use is indicative of the camera in use being a camera mounted on a front face or a rear face of an electronic device which comprises an apparatus performing the method; applying the first noise reduction system to the first component and applying the second noise reduction system to the second component, wherein different methods are used for the first noise reduction system and the second noise reduction system, wherein the first and second noise reduction systems are configured to identify noise within the components of the obtained audio signal; and enabling a signal comprising the noise reduced components to be provided to one or more speakers for rendering. the first component comprises a direct audio component comprising parts of the obtained spatial audio signal that a human listener would perceive to come from a certain direction, and the second component comprises an ambient audio component comprising parts of the obtained spatial audio signal that a human listener would not perceive to come from a certain direction, wherein using spatial audio analysis comprises dividing the spatial audio signal into the direct and ambient components; using information indicative of a camera in use to select a first noise reduction system and a second noise reduction system, wherein the information indicative of the camera in use is indicative of the camera in use being a camera mounted on a front face or a rear face of an electronic device which comprises an apparatus performing the method; applying the first noise reduction system to the first component and applying the second noise reduction system to the second component, wherein different methods are used for the first noise reduction system and the second noise reduction system, wherein the first and second noise reduction systems are configured to identify noise within the components of the obtained audio signal; and enabling a signal comprising the noise reduced components to be provided to one or more speakers for rendering.