Krushi Mitra- SMART AGRICULTURE SYSTEM USING IOT AND AI/ML
Dr. Dattatray Sambhajirao Waghole, Sonali Ramalingappa Betageri, Purva Rajesh Morey , Prajakta Hemant Hadke, Harshali Sanjay Joil
Department of Computer Engineering
Jaywantrao Sawant College Of Engineering, Pune, India
Abstract— In the expansive field of agricultural studies, the crucial contributions of farmers often go unnoticed, despite their central role in sustaining communities and global economies. This paper introduces the Krushi Mitra initiative, which aims to address practical challenges encountered by farmers. Through thorough investigation and extensive engagement with agricultural stakeholders, a team of committed computer engineering students identified various obstacles prevalent in farming practices, particularly within fruit farming, including issues related to machinery complexity and labor-intensive tasks. At the heart of Krushi Mitra lies a sophisticated ensemble comprising weather forecasting and soil testing kits, meticulously designed to serve as indispensable tools for fruit farmers. Equipped with an array of sensors and intelligent actuators, this ensemble enables autonomous monitoring and analysis of weather patterns and soil conditions, providing valuable insights for data-driven decision-making in fruit cultivation. Its intricately engineered interface and seamless functionality bolster operational efficiency and facilitate user adoption. The developmental journey of Krushi Mitra was marked by challenges, yet driven by methodical problem-solving. The team sought guidance from multidisciplinary experts, integrating insights from Embedded Systems, IoT, and Machine Learning domains. The milestones achieved through Krushi Mitra stand as commendable demonstrations of resilience and collaborative endeavor. By rigorously integrating feedback and insights from fruit farmers into the project's framework, the team has developed a solution that aligns with the industry's exigencies. This paper aims to contribute to the discourse surrounding agricultural technology by positioning Krushi Mitra as a practical tool for fruit farmers worldwide. Looking ahead, the trajectory for Krushi Mitra extends beyond its initial phase, with strategic plans to amplify its impact, augment its capabilities, and provide comprehensive training and support. Through systematic endeavors, Krushi Mitra aspires to cultivate a future where fruit farmers can harness technological advancements to optimize their operations and enhance productivity.
Keywords— Farmers, Agricultural technology, Weather forecasting, Soil testing, Krushi Mitra. Introduction (Heading 1)
