AGRO IOT DEVICE

Industrial Engineering
Smart agriculture device deployed in a greenhouse, equipped with IoT sensors for real-time monitoring to optimize crop growth.
Objective
Develop an IoT-based smart agriculture device for real-time environmental monitoring in Greenhouse Farming.
Interior view of a greenhouse showing IoT sensors and modules suspended from the ceiling for real-time monitoring of environmental parameters like temperature, humidity, and light.
Technologies Used
  • Sensors: Soil Moisture & Nutrient, pH, EC, Temperature, Humidity, Sunlight
  • Communication: LoRa, NB-IoT LPWAN
  • Software: Python, IoT platforms (AWS IoT), mobile/web apps
    • Set of solar-powered IoT devices mounted on a rooftop, equipped with sensors and wireless modules for real-time data collection and transmission in harsh outdoor farming environments.
    Key Features
  • Web App Monitoring: Intuitive interface with customizable templates, real-time alerts, and graphical insights for trend analysis and decision-making.
  • Weather Resistance: IP65 waterproof rating for durability in harsh environments, suitable for indoor, outdoor, and extreme conditions like high UV exposure, heavy rain, and dust.
  • Deployment Options: Battery/solar/power options for versatile installation.
  • Heartbeat & Storage: 30-second minimum heartbeat for real-time updates with 3 years of onboard storage for continuous data logging.
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