Here, we propose a method that overcome these limitations by automatically constructing a low-dimensional CV while simultaneously determining the optimal direction toward the most probable reaction products. By following pathways with the lowest energy barriers, this approach enables efficient and unbiased exploration of likely reaction channels. To achieve this, we draw inspiration from two key concepts: the Anharmonic Downward Distortion Following (ADDF) method 19,21 and the Artificial Force Induced Reaction (AFIR) method 37-40 , combined with pulling-based exploration techniques used in steered MD and ratcheted-and-pawl MD simulations.