A system (100, 200) for processing images for a display apparatus (102, 202), the system being at least communicably coupled to the display apparatus, the display apparatus comprising at least one first image renderer (104, 204, 406) and at least one second image renderer (106, 206), the system comprising an image source (108, 208, 408) and at least one processor (110, 210) communicably coupled to the image source, wherein the image source is to be employed to produce an input image, the at least one processor being configured to: - process the input image to generate a first image (302, 402) in a manner that at least a first region of the first image is blurred with respect to a corresponding region of the input image, an intensity of the first region of the first image is reduced with respect to an intensity of the corresponding region of the input image, and a resolution of the first image is lower than a resolution of the input image; and - process the input image to generate a second image (304, 404) in a manner that the second image corresponds to a cropped region of the input image and an intensity of the second image is adjusted according to the intensity of the first region of the first image, wherein the cropped region of the input image is same as the region of the input image that corresponds to the first region of the first image; wherein the at least one processor or a processor (112, 212) of the display apparatus is configured to render the first image at the at least one first image renderer, whilst rendering the second image at the at least one second image renderer, wherein a projection of the rendered first image is to be optically combined with a projection of the rendered second image in a manner that the projection of the rendered second image substantially overlaps with the projection of the first region of the rendered first image, wherein the projection of the rendered second image and the projection of the first region of the rendered first image are incident upon a fovea of a user's eye, whereas a projection of a remaining region of the rendered first image is incident upon a remaining region of a retina of the user's eye, characterised in that the at least one processor is configured to generate the first image and the second image in a manner that a first transition area within the first region of the first image fades on going from an outer periphery of the first transition area towards an inner periphery of the first transition area, while a second transition area within the second image fades on going from an inner periphery of the second transition area towards an outer periphery of the second transition area, wherein a projection of the first transition area substantially overlaps with a projection of the second transition area when the first image and the second image are rendered. - process the input image to generate a first image (302, 402) in a manner that at least a first region of the first image is blurred with respect to a corresponding region of the input image, an intensity of the first region of the first image is reduced with respect to an intensity of the corresponding region of the input image, and a resolution of the first image is lower than a resolution of the input image; and - process the input image to generate a second image (304, 404) in a manner that the second image corresponds to a cropped region of the input image and an intensity of the second image is adjusted according to the intensity of the first region of the first image, wherein the cropped region of the input image is same as the region of the input image that corresponds to the first region of the first image;