Abstract:
We present an innovative AI-powered irrigation and plant nurture system designed to revolutionize modern agriculture and
greenhouse farming. Our system meticulously monitors plant growth and health, responding dynamically to real-time conditions. It
provides comprehensive oversight of vital growth factors, including soil and ambient temperature, humidity, moisture, soil pH, and
nutrient content, leveraging a vast array of data sources. This data is seamlessly relayed to the user interface, empowering farmers and
gardeners with actionable insights. Advanced algorithms use this data to calculate precise nurturing requirements, optimizing plant
health and crop yields.
Our journey in developing this smart farming system, intertwined with IoT technologies, has been both enlightening and promising.
Despite current limitations in plant detection and disease identification, the future shines with possibilities and advancements in
agricultural practices. The system promises efficiency and intelligence in farm management through IoT devices, data science, and AI
algorithms, revolutionizing crop yields and sustainability. By empowering farmers with user-friendly interfaces and real-time data, it
optimizes resource management and reduces labor.
Addressing environmental challenges like water scarcity and climate change, as well as socioeconomic issues arising from produce
price inflation due to population increase and high demand, our system fosters sustainable agriculture with energy optimization and
precision irrigation. This innovative approach marks a significant step forward in promoting a greener, more efficient, and sustainable
future for agriculture. Our project embodies the fusion of cutting-edge technology and sustainable agriculture, offering a promising
solution to enhance plant growth, conserve resources, and promote a greener future.