Computing, in its broadest sense, and its scientific, engineering, mathematical, technological, data-related, and social aspects, plays a central role in modern life—revolutionizing research, scholarship, and discovery across all domains of every university, driving innovation in every industry, and profoundly affecting every facet of our society. Various organizations worldwide, including academia and industry, are looking into the future with a bold vision to become more impactful, digital, entrepreneurial, interdisciplinary, and inclusive. A transformative and visionary plan for computing and data curriculum, research, and infrastructure should be essential to this vision. Therefore, the computing activities an organization undertakes must be transformative across the organization’s structure. At universities, it should serve as a pillar for education to prepare students broadly, all majors, all levels, for their future, for research and scholarship, and economic development, as well as for addressing the new social challenges requiring critical analysis. In academia and the industry, it has to serve as a pillar for research that requires advanced computational tools, visualization, and software.