An image capture and processing operation, comprising: capturing images of a first scene associated with a first party by a first camera array, the first camera array having a plurality of cameras; obtaining information representative of a point of view of a second party; identifying a first set of tiles based on an arrangement of the first camera array; obtaining information of a nearest object, relative to the first camera array, in the first scene to define a minimum distance between the first camera array and the nearest object; identifying a contracted field of view for each camera in the first camera array based on the point of view of the second party and the nearest object in the first scene, the contracted field of view for each camera in the first camera array being identified by: identifying, for each camera, two adjacent cameras from the plurality of cameras of the first camera array, identifying, for said each camera, the contracted field of view defined by the intersections of principle rays through the two adjacent cameras based on the point of view of the second party and a field of view of said each camera at the minimum distance; culling pixels of the images captured by the first camera array outside the contracted field of view for each camera in the first camera array, to obtain remaining pixels of the images which are not culled; composing the first set of tiles of the first scene from the remaining pixels of the images which are not culled; and transmitting the first set of composed tiles to the second party such that the culled pixels are not transmitted. capturing images of a first scene associated with a first party by a first camera array, the first camera array having a plurality of cameras; obtaining information representative of a point of view of a second party; identifying a first set of tiles based on an arrangement of the first camera array; obtaining information of a nearest object, relative to the first camera array, in the first scene to define a minimum distance between the first camera array and the nearest object; identifying a contracted field of view for each camera in the first camera array based on the point of view of the second party and the nearest object in the first scene, the contracted field of view for each camera in the first camera array being identified by: identifying, for each camera, two adjacent cameras from the plurality of cameras of the first camera array, identifying, for said each camera, the contracted field of view defined by the intersections of principle rays through the two adjacent cameras based on the point of view of the second party and a field of view of said each camera at the minimum distance; identifying, for each camera, two adjacent cameras from the plurality of cameras of the first camera array, identifying, for said each camera, the contracted field of view defined by the intersections of principle rays through the two adjacent cameras based on the point of view of the second party and a field of view of said each camera at the minimum distance; culling pixels of the images captured by the first camera array outside the contracted field of view for each camera in the first camera array, to obtain remaining pixels of the images which are not culled; composing the first set of tiles of the first scene from the remaining pixels of the images which are not culled; and transmitting the first set of composed tiles to the second party such that the culled pixels are not transmitted. <EOS>