smart irrigation || AgriSURE greenathon || Precision Irrigation A Future of Sustainable Farming||H2S

Automatic regulation of valves for release of water based upon soil moisture availability in the root zone of the crop, using artificial intelligence, in a piped and micro irrigation network of irrigation system and fertilizer.We chose this idea because it helps farmers conserve water and reduce costs through precise, automated irrigation. It increases crop yields by ensuring optimal soil moisture, leading to healthier plants. Automated regulation reduces labor and water costs, promoting cost efficiency. Helps farmers adapt to climate changes. Overall, it modernizes farming, providing real-time data for better decision-making.To put/implement this idea, first assess the field and plan the system layout. Install soil moisture sensors in the root zones and create a piped micro-irrigation network. Integrate sensors with artificial intelligence software to analyze data and control irrigation valves. Calibrate and test the system. Teach farmers how to use and maintain the system. Continuously assess soil moisture levels and system performance. Analyze data on a regular basis to help AI algorithms perform better. Provide ongoing support and maintenance to ensure long-term reliability.

AI-driven automatic irrigation systems are better than existing due to precision, efficiency, crop health, cost savings, environmental benefits, convenience, scalability and predictive analysis Automating valve regulation ensures precise water flow control, optimizing usage, reducing based, enabling remote monitoring, and enhancing system reliability, addressing inefficiencies and ensuring consistent performance in water management projects.The AI-driven irrigation project offers unique and positive solutions by providing precision irrigation based on real-time soil moisture data, ensuring optimal water use and enhanced crop yields. Its real-time monitoring and automation reduce manual intervention, freeing farmers to focus on other tasks. Advanced AI algorithms analyze historical and current data to predict future irrigation needs, making the system highly efficient and adaptive. Additionally, the system promotes sustainable farming by conserving water and reducing costs, providing a technologically advanced, environmentally friendly, and cost-effective irrigation solution that surpasses traditional methods in both efficiency and effectiveness.HACATHON