npj Digital Surgery will publish on the interface between artificial intelligence, robotic surgery, computer vision, and surgical data science, and surgical care. We aim to bridge the gap between surgery and digital technology, fostering interdisciplinary collaboration among surgeons, engineers, data scientists, and innovators. Through rigorous scientific dissemination, Digital Surgery will shape the future of surgical practice, improve patient outcomes, and redefine global standards of surgical excellence in the digital era. Artificial Intelligence & Machine Learning in Surgery AI-driven surgical decision-making and risk prediction. Deep learning for surgical planning and real-time assistance. Natural language processing for surgical reporting and analytics. Quantum computing Robotic-Assisted and Autonomous Surgery Development and evaluation of robotic surgical systems. Autonomous surgical procedures and task automation. Human-robot collaboration in complex surgeries. Virtual Digital Surgery Surgical simulation and virtual reality (VR) training platforms. Augmented reality (AR) for real-time surgical navigation. Digital twins for personalized surgical planning. Remote and Telesurgery Remote surgical interventions. Telepresence enabled surgical collaborations. Access to expert surgical care in resource-limited settings. Space Surgery Digital Surgical Care.