Bayesian optimization is increasingly being adopted for hyperparameter optimization due to its capacity to improve model design in fields such as machine learning and deep learning (F1, F2). While some experts have expressed skepticism regarding its utility, there is a growing recognition of its effectiveness in enhancing model performance (F3). This emerging consensus highlights the method's potential to refine complex models by systematically exploring hyperparameter spaces. As a result, Bayesian optimization is gaining traction among practitioners seeking more efficient and effective tuning strategies. The approach leverages probabilistic models to guide the search process, which can lead to better outcomes compared to traditional methods. Despite initial doubts, the accumulating evidence supports its role as a valuable tool in the optimization landscape.