This AI-powered software revolutionizes neurosurgical planning by transforming multi-angle MRI slices into a precise 3D brain tumor model. Unlike conventional AI tools focused solely on detection, it delivers actionable insights—visualizing tumor structure, location, volume, and boundaries with surgical clarity. Clinicians can swiftly design patient-specific treatment strategies, optimize surgical paths, and avoid critical regions, enhancing both safety and precision. The generated 3D model supports remote collaboration, international consultation, and medical education, extending advanced planning capabilities to regions lacking high-end equipment or in-person care. By bridging gaps in medical accessibility, it empowers global healthcare equity. Patients benefit from improved understanding, reduced reoperation rates, and higher treatment success. This innovation elevates AI from diagnostic aid to a comprehensive surgical planning tool, driving efficiency, accuracy, and personalized care across diverse clinical environments. It marks a paradigm shift in how brain tumors are assessed, communicated, and treated.