Adapting Sports Tracking Technologies for Real-Time Precision in Orthopedic Surgery: A Novel Approach to Reducing Iatrogenic Errors

Abstract

Orthopedic surgery demands unparalleled precision to optimize outcomes and minimize complications such as malunion or nonunion of bones [9][13]. Manual procedures often lack real-time feedback mechanisms, contributing to iatrogenic errors that compromise patient safety and increase healthcare costs [9][10]. This research explores the innovative adaptation of sports tracking technologies—Hotspot, Hawk-Eye, and Snickometer—into a unified Real-Time Orthopedic Surgery Precision System (RTOSPS) [1][2][6]. By integrating thermal imaging, trajectory tracking, and acoustic feedback with machine learning, the system aims to enhance surgical accuracy in bone alignment, implant placement, and fracture fixation [9][11][15]. Simulated studies and clinical trials will evaluate the efficacy of this interdisciplinary approach, potentially revolutionizing orthopedic surgery and reducing iatrogenic errors [13][15]. This research underscores the transformative potential of leveraging advanced sports analytics in the medical field for improved patient outcomes [1][9].