In Computational Homogeneous Catalysis, the classical way of studying a reaction is through the characterization of reactants, products, all possible intermediates, and the corresponding Transition States (TS) for each single chemical transformation, so for each reaction step. Connections between species define the reaction mechanism, or in other words, the reaction map. As it was exemplified by Besora et al. \cite{Besora_2018} in a recent review, further kinetic modeling provides additional insight and understanding. After a reaction mechanism has been proposed, running a kinetic analysis could be considered as a stress-test for the mechanism. The Eyring equation \cite{Eyring_1935} permits to obtain the kinetic constant of each single reaction step, which can be calculated easily from the activation energies.