This project focuses on minimizing post-harvest onion losses caused by seasonal fluctuations in temperature and humidity, which lead to rotting, sprouting, and shrinkage. Currently, onions are stored in bulk in ventilated warehouses, resulting in sto
This project aims to test and refine TIH’s agri-tech solutions—SAMBHAV, SOHAM, and the iSARATHI app—before commercialization. By deploying these systems in farmers' fields over one crop cycle, the team will evaluate performance, gather feedback
In the case of sickle cell disease, we monitor viscosity changes under deoxygenation conditions. To support these diagnostics, we aim to develop a commercial smear preparation device and an IoT-enabled imaging system. Initial laboratory testing will
This project, a collaboration between IIT Bombay and AIIMS Delhi, aims to develop machine learning models to assist in the diagnosis of Obstructive Sleep Apnea (OSA). By analyzing data from overnight polysomnography (PSG), the models will help reduce
This collaborative project between TIH-IoT, IIT Bombay and ICAR-DOGR aims to validate an IoT and machine learning-based decision support system for onion farmers. The system integrates the SAMBHAV™ IoT device with the i-SARATHI mobile application t
This project, a collaboration between TIH-IoT and ICAR-NRCG, aims to develop and validate an IoT and machine learning-based decision support system for grape farmers. The system leverages real-time data on soil conditions, weather, leaf wetness, and
This project integrates soil microbiome analysis, IoT-based environmental sensing, and machine learning to enable early detection of root diseases in crops like tomato, potato, and cucumber. By combining Dna/qPCR pathogen identification with real-tim
This project aims to develop a low-cost, accurate, and easy-to-use soil nutrient testing system using screen-printed nano-material–based electrochemical sensors. These nanosensors offer high sensitivity and selectivity for detecting key nutrients l
This project introduces an affordable, IoT-enabled, hybrid energy-powered grain storage system designed to reduce the 30–40% post-harvest losses faced by small farmers in India. The system monitors and controls temperature, humidity, and pest activ
This project develops a portable, IoT-enabled photodynamic disinfection kit that uses a non-toxic Vitamin B2 spray and visible light (455–476 nm) to rapidly inactivate microbial Dna/Rna on food and surfaces. The system offers an affordable, energy-
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