AI-Powered Smart Agricultural Ecosystem: Enhancing Weather Prediction, IoT-Based Soil Health Monitoring, Direct Market Access, and Financial Services for Farmers
Authors:- Ms. Anusshka Prakash Teli
Abstract-As we know the ongoing challenges of agriculture sector necessitate the integration of advanced technology to ensure sustainable farming. Agriculture plays a crucial role in our life as food is the important part of human survival, it is necessary to look out for the ongoing problems in agriculture sector. With increasing challenges to the agricultural sector, the integration of advanced technologies into sustainable farming practices is essential to enhance productivity. Being the backbone of the global economy, agriculture faces threats from climate change, resource inefficiencies, and market access limitations. This paper introduces an AI- Powered Smart Agricultural Ecosystem that combines advanced technologies to provide holistic solutions to these issues. The system is supposed to enhance the prediction of weather through AI and allows farmers to take the right decisions in planting and harvesting. IoT-based soil health monitoring helps to assess soil in real-time to save efficient usage of resources, ensuring that crop yield is improved. Blockchain technology gives farmers direct access to the market, thereby reducing intermediaries between buyers and sellers and ensuring transactions are transparent. AI-powered financial services will give personalized credit scores and microloans to facilitate the farmers. By harnessing the most recent advances in technologies, such as machine learning, IoT, and blockchain, this system bridges existing gaps in agricultural research and practices. Unlike the typical approaches, this proposed framework combines predictive analytics, real-time monitoring, and financial inclusion into one integrated ecosystem. While it increases productivity, this will also promote environmental sustainability by improving resource use efficiency. This research is novel because it fully integrates technology to tackle the critical challenges that farmers face. This ecosystem is expected to increase profitability, reduce resource wastage, and ensure better market access, thus significantly contributing to the transformation of the agricultural sector into a more resilient and sustainable domain.
