The primary objective of this project is to develop a suite of AI models specifically designed for the non-uniform low-lighting and low-visibility conditions found in underground mining. This suite will feature specialized multi-modal AI models for t
The project aims at developing artificial intelligence-based technologies for enhancing saffron production in India. The implementation will be done in the three harvesting stages of saffron cultivation.
The main aim of proposed investigation is to design and monitoring of an efficient vermicomposting technology using cow dung as a bulking agent and agricultural wastes as an organic source with an improvement in aeration rate, moisture content, unifo
The initial phase of the project involved a survey-based study to better understand the challenges faced by farming communities in Punjab. Results of the survey have lead to three technology development projects: (i) Trichoderma-based biopesticide as
To foster Innovations in animal health management by providing artificial intelligence-powered solutions to farmers and Integrators. We envision the following to be the primary objectives of our project: 1. By deploying sensors to collect information
Our automated home hydroponic unit leverages advanced IoT technology to revolutionize indoor gardening. It features a smart control system with real-time monitoring sensors for pH levels, nutrient concentration, water levels, temperature, and humidit
a low-cost, fully automated solar-powered Raspberry Pi based hydroponic growing system with Aerator/Temperature/Water-Level/pH/TDS/EC monitoring and control system
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