Problem statement
Agricultural productivity faces numerous challenges such as unpredictable
weather patterns, resource inefficiency, and the need for increased yields to feed a
growing global population. Farmers often struggle to optimize resource usage and crop
health due to limited real-time data and manual intervention. There is a need for a
comprehensive solution that leverages technology to enhance agricultural processes.
Abstract
Agricultural productivity faces numerous challenges such as unpredictable
weather patterns, resource inefficiency, and the need for increased yields to feed a
growing global population. Farmers often struggle to optimize resource usage and crop
health due to limited real-time data and manual intervention. There is a need for a
comprehensive solution that leverages technology to enhance agricultural processes.
Outcome
Sensor Integration
● Deploy various sensors for monitoring soil moisture, temperature, humidity, and nutrient
levels.
● Implement drone technology for aerial surveillance to gather data on crop health, pest
infestations, and overall field conditions.
Automation and Control
● Integrate actuators and smart irrigation systems for automated control of water supply
based on real-time soil moisture data.
● Implement smart pest control mechanisms, such as automated spraying based on
drone-detected pest concentrations.
Mobile Application
● Create an intuitive mobile application for farmers to access real-time data, receive
automated recommendations, and control farm equipment remotely.
● Provide alerts for critical conditions, allowing farmers to respond promptly to potential
issues.