Cross bracing is a structural technique used to enhance the stability and strength of buildings and bridges. It involves placing diagonal supports, often made of steel or wood, between vertical and horizontal members of a framework. This arrangement helps distribute loads and resist lateral forces, such as wind or earthquakes, preventing deformation. The design of cross bracing can vary, with common patterns including an "X" shape. This method is frequently seen in steel structures, tall buildings, and towers, where maintaining structural integrity is crucial. By effectively transferring stress, cross bracing contributes to safer and more durable constructions.