A five-year memorandum of understanding has been signed between UC Berkeley and QuantrolOx to drive the industrialization of quantum computing through standardized processes. This partnership leverages UC Berkeley's expertise in superconducting quantum research and QuantrolOx's machine-learning software for automated qubit characterization, calibration, and control. The collaboration aims to advance quantum hardware development, implement AI-assisted calibration, and integrate control systems, with a focus on workforce training and shared research initiatives. By combining their strengths, the partners seek to overcome current limitations in quantum computing and pave the way for scalable, reliable, and efficient quantum systems1. This development matters to practitioners because it has the potential to significantly impact the future of computation and cryptography, rendering current security protocols vulnerable to quantum computing capabilities.