Gait analysis software processes data from sensors, cameras, and force plates to evaluate walking and running patterns to give insights on biomechanical efficiency and health. This software applies algorithms to stride length, cadence, joint angles, and pressure distribution for analysis, cross-checking the data with established normative databases for abnormalities. For instance, it may identify excessive knee valgus during the stance phase, foot overpronation, and recommend stability orthotics. In athletics, gait analysis software assists in form refinement by visualizing stride inefficiencies such as overstriding and correcting them with real-time feedback. The software aids rehabilitation in stroke or orthopedic injury patients by tracking symmetry and weight-bearing in gait structure, quantifying recovery progress. Gait analysis software with AI-driven predictive analytics and automated report generation improves diagnosis accuracy and treatment efficacy in healthcare and sports performance.