Virtual Booth

CropSense is an AI-powered portable device designed to address one of the most persistent challenges in agriculture: the inability to detect plant diseases and nutrient deficiencies at an early stage. Conventional diagnostic methods often rely on laboratory analysis or expert consultation, which are time-consuming, expensive and inaccessible to small-scale farmers in rural areas. These limitations lead to delayed intervention, significant crop losses and reduced productivity. The main objective of CropSense is to empower farmers with a reliable and real-time diagnostic tool that enhances agricultural decision-making and ensures healthier crops. The device utilizes fluorescence imaging and multispectral sensors to capture biological and chemical indicators from plant leaves and soil. Data is then processed by an embedded artificial intelligence unit, which instantly analyzes and displays results on a digital interface without requiring internet connectivity. This makes CropSense highly suitable for field use, especially in regions with limited technological infrastructure. The target users include smallholder farmers, agricultural extension officers, plantation managers and research institutions involved in precision farming. From a commercial perspective, CropSense offers cost-effectiveness, ease of manufacturing and strong scalability potential. Its compact, battery-powered design and reusable diagnostic modules make it practical for widespread adoption in both local and global markets. The impact of this innovation extends to multiple sectors. For the agricultural industry, it enhances productivity and efficiency by enabling timely disease control. For organizations, it supports sustainable resource management, while for society, it contributes to food security and economic resilience. In conclusion, CropSense represents a transformative innovation that integrates artificial intelligence with agricultural science to provide a simple, portable and impactful solution for sustainable farming.