Currently, Reaxtica can handle DA cycloaddition, asymmetric N,S-acetal formation catalyzed by CPA, Buchwald-Hartwig coupling Reaction and Suzuki-Miyaura coupling reactions, which outperforms previous works in these reaction scenarios. When applied to predict reaction selectivity, Reaxtica has shown remarkable performance for the site-and regioselectivity tasks, achieving 92.8% accuracies in out-of-sample DA reactions. Reaxtica also showed comparable or even better performance in enantioselectivity prediction for asymmetric N,S-acetal formation while showing generalizability in all three test sets (MAE = 0.223 kcal/mol in sub-cat test set). For yield predictions, Reaxtica performed well in the HTE dataset and outperformed other DL-based methods in the real-world datasets even when reaction data is limited.