Night Lights, or architectural lighting, also known as decorative lighting, is the creative practice of illuminating the exteriors of buildings. It is often used to highlight architectural features of a building or to make it more attractive to passersby. Night Lights can be used to create a variety of moods and atmospheres. For instance, they can be used to enhance the festive atmosphere of a street, to create an inviting atmosphere for a restaurant, or to emphasize the beauty of a grand old hotel. By playing with brightness and color, light can be used to draw attention to certain architectural elements, such as a fountain, a sculpture, or a window. Night Lights can also be used to communicate different messages. For instance, a string of white lights often communicates a sense of welcome and hospitality, while a wider range of colors can create a more lively atmosphere. It can also be used to create patterns and add texture to the buildings facade. This approach to lighting can provide a great deal of visual interest, and can also help to reduce energy consumption. With advances in lighting technology, LED lights have become popular choices for Night Lights because they are very energy efficient and can be programmed to create a variety of different lighting effects. In addition, they are also long-lasting and come in a wide variety of colors and styles. Not only are Night Lights aesthetically pleasing, but they also have practical benefits. They can help to create a sense of security around a building by deterring potential criminals, as well as providing a safer environment for pedestrians. They can also make properties more visible to the public, which can lead to increased foot traffic and more customers. Overall, Night Lights are an important part of modern architecture, as they not only provide aesthetic appeal, but they also serve a practical purpose. By incorporating these lights into a buildings design, architects can create a unique and inviting atmosphere that adds to the overall attractiveness of the structure.