Virtual Booth

Agriculture continues to serve as the foundation of global food security and economic development, yet crop losses caused by undetected diseases and nutrient deficiencies remain a major challenge for farmers worldwide. Conventional monitoring practices are often slow, require expert intervention, and may not identify issues early enough to prevent damage. To address this pressing problem, our team developed CropSense: AI-Powered Portable Device for Real-Time Detection of Plant Diseases and Nutrient Deficiencies, an innovative handheld solution that brings precision agriculture directly into the hands of farmers. The main objective of CropSense is to enable early detection of plant health problems so that farmers can take timely corrective measures, thereby reducing yield losses and improving productivity. The device integrates fluorescence imaging and multispectral light sensors to capture vital data from crop leaves and soil. Once the wand-like device is passed over the plants, the collected information is processed instantly by an embedded AI unit and displayed on a built-in digital screen. This eliminates the need for additional devices or internet connectivity, ensuring that the system is usable even in rural and resource-limited settings. The novelty of CropSense lies in its dual-function capability of simultaneously detecting both plant diseases and nutrient deficiencies. Unlike traditional soil testing kits or mobile applications, this device combines portability, immediacy, and independence from external connectivity. Its user-friendly design ensures accessibility for smallholder farmers who may lack advanced technical expertise, while its scalability makes it equally suitable for larger agricultural enterprises. From a commercial perspective, CropSense offers significant value by reducing the dependence on costly laboratory tests and professional consultations. It directly supports the growing global demand for smart farming technologies that promote efficiency, precision, and sustainability. The innovation not only improves agricultural productivity but also enhances farmers’ decision-making capacity, contributing to greater food security and economic resilience. The impact of CropSense extends beyond individual users. Economically, it reduces crop losses and optimizes yield, while socially, it empowers farming communities with accessible tools for better agricultural management. The device’s affordability, practicality, and adaptability also provide strong commercialization potential, especially in developing countries where agriculture remains central to livelihoods. In conclusion, CropSense represents a transformative step in precision agriculture, offering a simple yet powerful solution that bridges the gap between modern technology and the everyday needs of farmers.