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Smart Irrigation System with Crop Intelligence

Save 40–60% water, boost yield ~18%, and adapt to diverse terrains.

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About

Inefficient irrigation wastes water and harms crops, especially in hilly regions. Our automated system uses soil moisture, temperature, humidity, and water-level sensors with crop-specific thresholds, plus rainwater harvesting.

  • Save 40–60% water while boosting yield ~18%
  • Adaptable to diverse terrains and crop types
  • Real-time sensor data and remote control
Sun setting over windmills Orange clouds over mountains at sunset
Romano salad on urban farm

Services

Sun setting with Electric Windmills

Solar Powered Kits

Battery + solar support for reliable off-grid irrigation.

Fence with solar panels

Sensor Calibration

Adaptive calibration for soil, temp, humidity, and water level.

Solar Farm by Green Voltaics Energy

Remote Control

Bluetooth/Wi-Fi control with auto, semi-auto, and manual modes.

Technical Approach

  • Arduino Uno / ESP32
  • Soil moisture, DHT22, HC-SR04 sensors
  • 2-channel relay & water pump
  • Optional solar & battery backup

Affordable & Open Source

Small farm kit ₹6,200 – ₹20,900. Large-scale ₹3,500 – ₹8,000 per device.

Contact

Reach out to Team Agro Architecture for demos, pricing, or support.

  • Vishal Verma – Project Lead
  • Avinish Kumar – Hardware Engineer
  • Shivangi Singh – Data Analyst
  • Anshika Kasaudhan – UX Designer
  • Yuvraj Singh – Embedded Systems
  • Neelotpal Sharma – Cloud DevOps
Aerial view of farm field with tractor Planting corn in Michigan field
Autobahn from above