Co-developed with TTRI, earned a gold award for addressing long-standing limitations of conventional artificial ligaments, including poor biocompatibility, inflammation and rejection risks, and material degradation that can lead to breakage.

Addresses the costly risks of sudden production line failures that lead to product loss and unplanned downtime. Using AI to continuously monitor equipment conditions and predict anomalies before failure, PMS significantly reduces unexpected shutdowns. 

Integrating real-time multi-modal sensing, gaze and gesture tracking, voice interaction, and AI avatars, it delivers immersive, contactless navigation and cultural experiences that redefine how people interact across mobility, tourism, and smart spaces.

The award-winning technology operates with optimal energy efficiency, and it features self-optimizing combustion control, high temperature precision, and heat exchange efficiency over 95%.

The award-winning technology is an AI-Guided Interactive Speech-Language Therapy System, and it aims to help children with speech delays. 

TTRI uses a robotic arm with fiber-spraying technology to spray-weave a seamless 3D upper in 30 seconds, forming a shoe under 150 g in one step with no stitching or adhesives.

TTRI's SCF Process replaces solvents with supercritical CO₂, achieving hydrophilization through physical implantation under fully anhydrous, solvent-free conditions — a fundamental shift from chemical treatment.

The award-winning technology is transforming fastener manufacturing by integrating Smart Machine Box (SMB) sensors and AI algorithms to monitor forming force, predict defects, and safeguard process data through an encryption scheme that renders critical data features unrecognizable.

MIRDC has developed the first Next-Gen SHT, integrating AI vision, adaptive learning, and intelligent alloy design. The system enables real-time adjustment of heat-treatment parameters based on material variation and performance needs.

Conventional smart sportswear requires attaching external sensor modules or circuit boards, raising cost and limiting washability. AI Sensing Yoga Wear solves this by weaving deformation-sensing and elastic yarns directly into fabric during manufacturing, making the garment itself a real-time motion sensor with no added hardware.