Services
🚜 1. Smart Irrigation Control System
Automate irrigation fully with Smart Farm Valve and Pump Controllers.
- Accurate control of water flow, pressure, and timing
- Sensor-based auto ON/OFF feature
- Operate pumps and valves directly from the mobile app
💧 2. Fertigation Automation
Fertilizer management made simple and precise
- Automatically measures daily fertilizer dosage (Urea, MAP, KNO₃, SOP, CaNO₃)
- Four-channel fertigation controller
- Built-in “Compatibility Matrix” for safe mixing
- Options to “Mark as Applied”, “Skip”, or “Snooze” directly from the app
🌤 3. Weather & Soil Monitoring
Keep track of every change in your field with Smart Sensors.
- Monitors temperature, humidity, EC, pH, moisture, and weather data
- 24-hour and 7-day trend graphs for easy visualization
- Instant alerts for heat stress, drought, or excess moisture conditions
🌾 4. Crop & Soil Health Analytics
Accurate data-driven analysis for better decisions
- Soil health diagnosis based on pH and EC balance
- Evaluates the effect of biological and chemical inputs
- AI-based recommendations for improving crop yield and sustainability
⚙️ 5. IoT-Based Agriculture Automation
An interconnected smart farm ecosystem
- GSM, LoRa, and Wi-Fi-based communication devices
- Unified control of pumps, valves, fertigation, and sensors
- Real-time monitoring and data management via mobile app and cloud dashboard
📱 6. Mobile App & Cloud Platform
“Smart Farm App” – your farm, your control!
- Real-time sensor data, alerts, and reports
- Track fertilizer and irrigation schedules
- Download CSV reports and sync data to the cloud
💡 7. Advisory & Technical Support
Get personalized guidance from our expert team
- Sensor setup advice based on crop and soil type
- On-field installation and calibration support
- 24x7 technical assistance and remote monitoring services
🌍 8. Sustainable & Data-Driven Farming
Empowering sustainable farming through smart technology
- Save up to 30–40% water
- Optimize fertilizer usage efficiently
- Increase yield by 25–50% with data-driven decisions