Transmon qubits, a crucial component in quantum information processing, require precise calibration and characterization to function reliably. The process of refining these routines has been ongoing, with the quantum computing community continually fine-tuning them. However, for those new to the field, gathering and understanding the existing information can be daunting. A recent tutorial aims to address this issue by providing a comprehensive guide on characterizing transmon qubits1. This resource is significant, as it has the potential to streamline the development of quantum computing technologies. By making this information more accessible, researchers can focus on advancing the field rather than recreating established protocols. The implications of this development are substantial, as quantum computing advancements are redefining the boundaries of computation and cryptography, so practitioners must stay informed about these developments to prepare for the potential consequences on their work.