Researchers in Australia have developed a groundbreaking ultra-thin material that can revolutionize night-vision technology. By utilizing metasurface-based up-conversion technology, they have eliminated the need for bulky light-processing and cryogenic cooling components in traditional night-vision systems. This innovation enables the capture of both infrared and visible light simultaneously, potentially leading to smaller, slimmer, and more efficient night-vision devices. The possibilities are endless, from enhancing surveillance, autonomous navigation, and biological imaging to the creation of night-vision glasses or filters that could be worn over regular eyeglasses. This advancement not only streamlines night-vision technology but also improves image quality by allowing for direct imaging and edge detection through infrared in a single view. The future of night-vision technology is promising, offering a wide range of applications that could make activities such as nighttime driving or walks safer and more accessible for everyone.