Imaginative and prescient is arguably crucial means of perceiving the exterior world. Impressed by the human retina, numerous digital imaging units have been developed together with charge-coupled units (CCD) and complementary metallic–oxide–semiconductor (CMOS) picture sensors. Nevertheless, they’re manufactured from inflexible and brittle semiconductor supplies resembling Si and GaAs. Realizing versatile imaging sensors is of nice curiosity, as a result of it might probably flip any complicated, curvy surfaces into digital eyes, for functions within the web of issues and metaverse1. To attain stretchable and versatile photosensors, many approaches have been proposed. One instance is to bond inorganic semiconductor circuit islands onto the mushy substrate, that are additional interconnected by suspending serpentine formed stretchable bridges2,3. One other strategy is to assemble versatile circuits utilizing compliant polymeric matrices that comprise natural semiconducting nanomaterials4,5. Nevertheless, many of the versatile photosensors can not see colors, and challenges stay to attain full color versatile units.