A rapid point-of-care diagnostic device capable of simultaneously detecting biomarkers of Scrub Typhus and Leptospirosis. Using multiplexed lateral flow technology, it delivers quick, reliable results in resource-limited settings, enabling early trea
An intelligent, autonomous system enabling drones to safely launch and land without human intervention. Using precision sensors, machine vision, and adaptive control algorithms, AALLS ensures reliable operation in complex environments, improving dron
A lightweight, flexible thin-film sensor capable of capturing multidirectional force inputs. It provides high-resolution tactile sensing for robotics, human–machine interaction, and assistive devices, enabling more natural, responsive, and safe phy
An advanced counter-UAS platform that combines precision laser guidance, high-speed detection, and autonomous tracking to disable rogue drones. Designed for critical infrastructure protection, it offers rapid response, minimal collateral damage, and
The proposed technology is a portable, cost-effective anterior segment screening device designed for eye diagnosis. It integrates advanced imaging optics, slit-lamp illumination, and AI-based diagnostics for dry eye, meibography, and lipid layer inte
The proposed technology is a Portable and Disposable Ureteroscopy System designed for kidney stone treatment and urinary tract examination. It features a compact video processor, disposable scope components for enhanced sterility, and advanced image
The Advanced Human Performance Monitoring System uses wearable ECG devices and data analytics to track and analyze key physiological metrics like energy expenditure, emotional stress, and sleep quality. It leverages heart rate variability and machine
The proposed technology focuses on a machine tool spindle with variable preload using hydraulic and piezoelectric actuators, allowing dynamic preload adjustments for improved performance. It integrates a digital twin for real-time monitoring and pred
The Human Motion Capture Platform uses wearable Inertial Measurement Units (IMUs) to accurately track spatiotemporal and kinematic metrics, such as stride length, cadence, and joint angles, without relying on optical systems. It incorporates advanced
The proposed Wearable Pulsed Electromagnetic Field Therapy Device aims to provide non-invasive, drug-free relief for primary dysmenorrhea (menstrual abdominal pain). Using a compact, battery-operated device with a loop antenna, it emits pulsed electr
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