The image depicts a nighttime urban landscape in Tel Aviv, Israel, offering an elevated view of a major transport artery near the Azrieli Center

The image depicts a nighttime urban landscape in Tel Aviv, Israel, offering an elevated view of a major transport artery near the Azrieli Center. The scene is dominated by artificial lighting. In the foreground, a light-colored concrete barrier runs horizontally across the bottom. Immediately beyond this barrier, a multi-lane highway is visible, heavily congested with vehicular traffic. Numerous cars, vans, and at least one red municipal bus and a fire truck are present, their headlights and taillights illuminating the road. Parallel to the highway on the right, multiple railroad tracks extend into the distance, with some sections appearing to enter tunnels or underpasses. Another section of highway with active traffic is visible further to the right. The background features the illuminated skyline of Tel Aviv. Prominent structures include the Azrieli Center towers: the Square Tower and parts of the Circular Tower are clearly visible on the left, displaying numerous lit windows. Towards the center-right, the Azrieli Sarona Tower rises, with visible construction at its upper levels and temporary lighting. A cluster of other modern high-rise buildings, also illuminated, forms the broader cityscape. On the far right, another tall skyscraper, likely under construction, features illuminated cranes at its summit. Below the main skyscrapers, smaller commercial buildings with lit signs, such as "MANGO," are discernable. Trees and sparse vegetation are situated between the road infrastructure and the buildings on the left. The sky is dark, indicating a clear night. High in the upper-middle portion of the frame, a distinct cluster of small, dark objects, possibly birds or drones, is visible against the dark sky. The entire scene is characterized by the glow of urban illumination, including streetlights, vehicle lights, and building lights. No individual human figures are distinctly visible due to the distance and lighting conditions.