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# Automated Irrigation System A demo made for IoT Engineering position at Aglantis and Cisco-La Trobe Centre for AI and IoT Main webpage: http://kaamiiaar-iot.000webhostapp.com/Demo/index.php ## Description This project demonstrates an automated irrigation system that utilizes weather and soil moisture data from sensors connected to an ESP8266 board. The system captures environmental data, sends it to a cloud database, and automates irrigation based on soil moisture levels. The project integrates temperature, humidity, and soil moisture sensors, along with a relay module which can be connected to a pump or valve to initiate irrigation. ## Setup To set up the ESP8266 board with sensors: - Hardware Assembly: Connect the temperature and humidity sensor (DHT11), and soil moisture sensor to the ESP8266 board. Attach the relay module for controlling the irrigation system. The relay will then be connected to a water pump/valve to initiate the irrigation. - Software Setup: Flash the ESP8266 with the provided firmware. Ensure it is configured to connect to your Wi-Fi network. - Database Connection: Set up the cloud database and ensure the ESP8266 board is programmed to send data to this database. ## Features #### Data Collection Leveraging ESP8266 for real-time data acquisition from various sensors. #### Cloud Integration Sending sensor data to a cloud-based database (000webhost.com is used as host to view the demo file). #### Automated Irrigation Triggering irrigation processes when soil moisture falls below a set threshold. ## Usage - Monitoring Data: Check the user interface for real-time data from the sensors. - Adjusting Thresholds: Modify the soil moisture threshold settings in the system's configuration to suit your specific irrigation needs. - System Operation: The system will automatically initiate irrigation when soil moisture levels fall below the set threshold. - Manual Irrigation Activation: A form is created to manually activate irrigation for a specific area. - Data Interpretation: Regularly review the environmental data to make informed decisions about irrigation schedules and potential system improvements. ## Potential for Improvement Developed in one week, this demo has significant scope for enhancements. #### To Do: - Improve the arduino code to include multiple sensors and switches. - Test the code and UI after adding the soil moisture sensor. Currently only tested on one temperature and humidity sensor (DHT11) and one relay module. - Improve the security of API requests to prevent SQL injection and other vulnerabilities. - Investigate the potential of integrating a LoRaWAN module onto the ESP8266-12F board. This is essential in agricultural settings. ## Contact For more information, please contact kamyar1karimi@gmail.com.

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