Congress paper

Integrated Smart Footwear for Real-Time Gait Analysis and Intelligent Sustainable Footwear Systems

13th AICLST Congress · 2026 · TF-88-P

Baldwin Inbaraj T, 2Loganathan T, 3Akshaya Raman M, 4Suresh Kumar D, 5Krishnaraj K

Pages 516–526

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Abstract

Research summary supplied by the authors

The global footwear industry is undergoing a paradigm shift driven by digital manufacturing, smart materials, sustainability imperatives and consumer demand for personalized products. Traditional footwear systems are increasingly inadequate to address emerging challenges related to health monitoring, environmental impact and performance optimization. This study presents a future-oriented roadmap for footwear innovation by integrating smart sensor technology, sustainable materials and advanced manufacturing techniques. Fig 1. Conceptual Architecture of Integrated Smart Footwear System A functional prototype of integrated smart footwear capable of real-time gait analysis and athletic health monitoring is developed as a case study to demonstrate the feasibility of next-generation footwear systems. The research highlights sensor integration strategies, 3Dprinted cavity midsole design, anthropometric customization and eco-conscious manufacturing approaches. The proposed roadmap aligns with Industry 4.0, offering scalable solutions for sports, healthcare and sustainable footwear production.