Computational Methodology: The creation of Transition1x follows a meticulous workflow. First, a comprehensive database of reactant-product pairs for various organic reactions lays the foundation, providing initial geometries for reactants, products, and transition states. To ensure compatibility with the popular ANI1x data set, Transition1x utilizes the same ωB97X functional and the 6-31G(d) basis set for DFT calculations. These calculations are performed using the ORCA software. Next comes the NEB and CINEB optimization stage. NEB, along with CINEB, plays a central role. Both techniques are employed alongside the BFGS optimizer to efficiently refine the initial guess for the minimum energy pathway (MEP). The workflow involves relaxing reactant and product geometries, constructing an initial path, minimizing its energy using image dependent pair potential (IDPP) within the NEB framework, and finally using NEB and CINEB together to achieve an accurate MEP.