Abstract:
Precision Agriculture is the intelligent method of crop management that employs a variety of automated
techniques and sensors to monitor variations in the fields and respond with alternative strategies. This
can be described as an endeavor to enhance the outcomes of practical farming. Precision Agriculture
can be used to sustainably intensify agriculture. The world's population is increasing, and this increase
will be accompanied by a rise in food demand. To continue to sustain the growing population in the
future, intelligent agricultural practices must be implemented. Due to water scarcity issues in
Baluchistan, less water is available for agriculture. Monitoring crop health, intelligent irrigation, and
pesticide detection are incorporated into our proposed project. Intelligent irrigation systems utilize
finite water resources more intelligently. With the aid of a web application, farmers can better manage
their crops by monitoring the crop using sensors installed in the field and supplying them with useful
data. By capturing images of plant leaves with a smartphone, farmers can detect plant maladies. Our
project's data sources consist of sensor-collected information and smartphone-captured images. We
chose the NUST Baluchistan Campus as our education area. The proposed pilot project can be
expanded so that farmers in Baluchistan can implement smarter agricultural practices on their
properties.
Keywords: Precision Agriculture, Smart Irrigation, Pesticide Detection, Web Application, NUST.
