The suggested endeavor aims to create a novel seed-sowing robot that automates and optimizes the seed distribution process in agriculture. The robot uses soil moisture sensors to monitor ideal moisture levels and ultrasonic sensors to find obstructions and abnormalities in the soil. The robot, which is controlled by an Arduino, imitates human movement to deposit seeds precisely where they will develop uniformly and produce more. By automating the seed-sowing process, agricultural output is increased while labour needs and expenses are decreased. By offering a simplified and effective solution, this initiative seeks to revolutionize agriculture by improving uniformity, yields, and resource allocation. It opens the path for a profitable and sustainable future in farming by merging cutting-edge technology.

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Seeding the Future: A Comprehensive Solution for Agriculture-Moisture Monitoring, Seed Sowing, and Remote Irrigation via Mobile App

  • Ambidi Naveena,
  • Doniparthi Ishitha,
  • S. Vathsalya

摘要

The suggested endeavor aims to create a novel seed-sowing robot that automates and optimizes the seed distribution process in agriculture. The robot uses soil moisture sensors to monitor ideal moisture levels and ultrasonic sensors to find obstructions and abnormalities in the soil. The robot, which is controlled by an Arduino, imitates human movement to deposit seeds precisely where they will develop uniformly and produce more. By automating the seed-sowing process, agricultural output is increased while labour needs and expenses are decreased. By offering a simplified and effective solution, this initiative seeks to revolutionize agriculture by improving uniformity, yields, and resource allocation. It opens the path for a profitable and sustainable future in farming by merging cutting-edge technology.