A device (100; 300) comprising: a camera , the camera comprising: a dual visual light, VL, and infrared, IR, imaging sensor (106, 108; 306, 308; 400), comprising: a plurality of VL imaging pixels (108; 308) for capturing first image data in response to the visual light, and IR imaging pixels (106; 306) for capturing second image data in response to IR wavelength ranges between 850 nm and 14000000 nm; and a readout assembly (314; 414) communicatively coupled to the dual VL and IR imaging sensor (106, 108, 208; 400), the readout assembly (314; 414) comprising a readout circuit vertically stacked on the dual VL and IR imaging sensor (106, 108; 306, 308; 400) a column readout assembly comprising a column readout circuit ; a user interface for displaying an image captured by the camera ; a processor for processing the captured image; and a memory for storing the processed image being located remotely from the device (100; 300), wherein the memory is in communication with at least one of the user interface or the processor , characterized in that : the IR imaging pixels (106; 306) are read out by the vertically stacked readout circuit ; and the VL imaging pixels (108; 308) are read out by the column readout circuit . a camera , the camera comprising: a dual visual light, VL, and infrared, IR, imaging sensor (106, 108; 306, 308; 400), comprising: a plurality of VL imaging pixels (108; 308) for capturing first image data in response to the visual light, and IR imaging pixels (106; 306) for capturing second image data in response to IR wavelength ranges between 850 nm and 14000000 nm; and a readout assembly (314; 414) communicatively coupled to the dual VL and IR imaging sensor (106, 108, 208; 400), the readout assembly (314; 414) comprising a readout circuit vertically stacked on the dual VL and a dual visual light, VL, and infrared, IR, imaging sensor (106, 108; 306, 308; 400), comprising: a plurality of VL imaging pixels (108; 308) for capturing first image data in response to the visual light, and IR imaging pixels (106; 306) for capturing second image data in response to IR wavelength ranges between 850 nm and 14000000 nm; and a plurality of VL imaging pixels (108; 308) for capturing first image data in response to the visual light, and IR imaging pixels (106; 306) for capturing second image data in response to IR wavelength ranges between 850 nm and 14000000 nm; and a readout assembly (314; 414) communicatively coupled to the dual VL and IR imaging sensor (106, 108, 208; 400), the readout assembly (314; 414) comprising a readout circuit vertically stacked on the dual VL and IR imaging sensor (106, 108; 306, 308; 400) a column readout assembly comprising a column readout circuit ; a user interface for displaying an image captured by the camera ; a processor for processing the captured image; and a memory for storing the processed image being located remotely from the device (100; 300), wherein the memory is in communication with at least one of the user interface or the processor , characterized in that : the IR imaging pixels (106; 306) are read out by the vertically stacked readout circuit ; and the VL imaging pixels (108; 308) are read out by the column readout circuit . a user interface for displaying an image captured by the camera ; a processor for processing the captured image; and a memory for storing the processed image being located remotely from the device (100; 300), wherein the memory is in communication with at least one of the user interface or the processor , characterized in that : the IR imaging pixels (106; 306) are read out by the vertically stacked readout circuit ; and the VL imaging pixels (108; 308) are read out by the column readout circuit . the IR imaging pixels (106; 306) are read out by the vertically stacked readout circuit ; and the VL imaging pixels (108; 308) are read out by the column readout circuit . <EOS>