Published Paper Details:

A smarter farm innovative gadget powered by Arduino microcontroller and mobile app technology is a key part of contemporary agriculture in the modern world the system innovation comes in handy during times of crisis when individuals engage in home gardening as a means to supplement food availability or as a method of promoting mental and physical wellness application of these technologies is to facilitate best farming practice by monitoring soil ph and moisture levels and offering accurate and reliable information to farmers qualitative and experimental approach was employed with an iterative waterfall strategy in the accomplishment of both system and user requirements arduino microcontroller was employed as the central point for hardware and software integration pivotal features such as ph probes humidity sensors and the esp8266 wifi module supported real-time data collection the development environment consisted of embedded studio c nodejs embedded and db browser for sql to build a secure and interactive mobile application the system named pantone demonstrated scalability and sagacity in offering insightful agricultural information agricultural sustainability is typically compromised by intensive cropping which depletes soil nutrients as a consequence of this an electrochemical sensor was utilized to track the ph and significant nutrients in the form of particularly nitrogen phosphorus and potassium by acquiring ions from solution soils Arduino-based integrated circuits successfully identify deficiency in nutrients compared to conventional methods the proposed algorithm found to be precise with improved recall precision and f-score with minimal training farmers can simply access and handle soil data through cloud services with the assistance of the iotsna-cr device which increases productivity and reduces the cost of nutrient management.