The potential of spatial computing is vast and promising. As stated prior, it has been established and implemented in numerous fields and industries. Spatial computing can accommodate complex and intricate tasks, as well as mundane day-to-day tasks. For example, VR and AR provide efficiency in handling email, creating schedules, and sharing videos as well as other content from the internet. These features can be helpful in managing oneself, however, in the context of the medical field, these features are simply not up to standard. When considering MAR, or medical augmented reality, it should be noted that spatial computing needs to be held to much higher expectations. The same is held true for all versions of spatial computing within healthcare. In fact, many of the features listed above may need to be blocked for patient safety and to fulfill certain professional standards (Navab et al., 2023). Ultimately, potential lives are put at stake when bringing spatial computing into the medical field, which suggests that if spatial computing is to persist then adversities must be addressed promptly and effectively. Only then will spatial technology achieve its maximum potential.