Krishi Sarthi is a comprehensive IoT solution designed to maximize crop production by monitoring soil health. Powered by the ESP8266 and supported by an intuitive MIT App Inventor application, this project focuses on real-time analysis of crucial soil micronutrients such as Nitrogen (N), Phosphorus (P), and Potassium (K). The data is securely transmitted to the cloud for continuous monitoring and actionable insights.
Soil Micronutrient Monitoring: Keep track of essential soil nutrients—N, P, K—for optimal crop health.
Cloud Integration: Real-time data is stored and analyzed in the cloud, providing accessible insights anytime, anywhere.
ESP8266 Powered: Utilizes the powerful and reliable ESP8266 microcontroller for efficient data processing and transmission.
Mobile App Support: An easy-to-use MIT App Inventor app that allows users to monitor soil health directly from their smartphones.
ESP8266 Microcontroller
Soil Nutrient Sensors (N, P, K)
Power Supply
Connectivity Modules (for cloud communication)
The mobile app, developed using MIT App Inventor, is your gateway to monitoring and managing your soil health data. The app includes:
Dashboard: View real-time data on soil nutrients.
Alerts: Get notified if any soil parameters are out of the desired range.
Control: Manually control relays or other connected devices based on soil data.
Krishi Sarthi integrates with cloud platforms to ensure that your soil health data is safely stored, easily accessible, and effectively analyzed for better decision-making in agriculture.
Data Collection: The ESP8266 collects data from soil nutrient sensors.
Data Transmission: The collected data is sent to the cloud for storage and analysis.
User Interaction: The mobile app retrieves data from the cloud, providing real-time updates and alerts to the user.
Action: Based on the data, users can make informed decisions about irrigation, fertilization, and other farming practices.
For any queries or contributions, feel free to reach out at shivanshchauhan.228@gmail.com.