We have something similar to laminar flow around an object of a different shape. The pressure behind the object rises again and the pressure drag is drastically reduced. The Reynolds number of an object moving with a given speed depends on the condition of its surface. The rougher the surface, the higher is the Reynolds number. The surface of many balls used in a variety of sports is intentionally roughed up.
Golf balls have dimples and grooves, tennis balls have hair, etc.
This increases the Reynolds number, so that it is greater than 100000 even at moderately high speeds. In this way pressure drag can be largely eliminated and only the viscous drag acts on the ball. The shape of an object can redirect airflow, thus producing lift. Spinning symmetrical objects can also produce lift. Even for laminar flow, a thin layer of air next to the object does not move with respect to the object.