It is difficult to ensure sustainable agricultural practices in areas lacking modern infrastructure and electricity. The innovative water system framework presented in this paper is particularly suitable for setting up in rural areas with limited resources. The suggested framework for coordinating advanced computerization to function independently eliminates the need for constant human assistance and completely reduces the requirements for support. It provides a cost-effective solution for both nursery and open-field water systems by using elective essentialness sources and attractive water management strategies. The system runs without any manpower once it is set up, functioning fully automated. Its usefulness in maximizing water use and ensuring constant hydration, even at greater distances, has been demonstrated by extensive field tests. In areas where conventional water systems are uncommon, this framework promotes practical agricultural practices, improves crop yields, and addresses a breakthrough in meeting the needs of underserved communities. Its design, implementation, and analysis are discussed in great detail, emphasizing its potential as a game-changing tool for widespread development. The system's automated operation ensures that resources are efficiently utilized, enhancing sustainability and providing long-term benefits for rural areas.