Creation and Construction of a Multifunctional Agricultural Device

Abstract

The microprocessor is responsible for coordinating the actions of actuators, such as pumps and motors, in order to gently cover the seeds with soil and supply the required moisture and nutrients for germination. The device also has an adjustable spray mechanism that may be used to dispense water and nutrients according to the crop's and soil's unique requirements. The Smart Seed Sowing System reduces resource waste and supports environmental sustainability while increasing production and efficiency via the smooth integration of hardware and software. Furthermore, it may be used in a variety of agricultural contexts, from tiny family farms to expansive commercial enterprises, because to its scalability and interoperability. The Smart Seed Sowing System is a promising tool as we approach a new agricultural revolution that will be marked by innovation and automation. The system's precision agricultural methods guarantee precise seed planting, even soil covering, and focused fertilizer administration, which leads to healthier plants, less of an adverse effect on the environment, and increased sustainability. All things considered, the Smart Seed Sowing System has enormous potential to advance development and prosperity in the agricultural industry, while promoting sustainability and global food security for coming generations.