The Innovation

SaurSinchAI is Agrinova’s flagship innovation—a solar-powered, AI-enabled irrigation rover designed to revolutionize farming for small and marginal farmers across India.

Built for regions with unreliable electricity and limited water resources, SaurSinchAI uses real-time soil data—such as moisture, temperature, pH, and nutrient levels—to deliver targeted misting of water, fertilizers, and pesticides. Its autonomous or remote-controlled movement, adjustable nozzle arms, and multilingual interface make it accessible, user-friendly, and highly efficient.

By replacing flood irrigation with precision misting, SaurSinchAI reduces water use by up to 70%, cuts down excessive chemical usage, lowers labor needs, and improves crop yield—all while being entirely solar-operated and portable.

With SaurSinchAI, Agrinova is not just introducing a machine, but enabling a smarter, more sustainable way of farming—empowering farmers to conserve resources, reduce costs, and adapt to climate challenges.

How It Works

Agri-Bot Structure, Tank, and Mobility: The Agri-Bot weighs 323 kg, moves on 8 x 4 inches solid rubber tires, has a 170L tank for storing water, and features a sturdy chassis that supports and carries the entire machine load efficiently.

Water Pump System with Flow and Nozzle Control: The water pump starts based on moisture levels, with the flowmeter monitoring flow rate and a manual valve regulating output. Nozzles are used to mist water evenly across the field surface.

Smart Remote Control with Auto Drive Mode: Remote has ON/OFF, Auto/Manual, and separate left/right drive buttons for forward/reverse. In Auto mode, a microprocessor adjusts speed using real-time data from the moisture probe. Easy to operate.

Efficient Solar Power and Battery System: The system uses a 170/12V polycrystalline solar panel (18.86V, 9.02A) and a 150Ah, 12V DC battery as the power source, ensuring efficient energy storage and supply for operation for 6 hours.

Microprocessor - The heart of the Agri-bot: The microprocessor receives moisture probe data and uses crop-based weather forecast to set ideal levels. It calculates water needs, controls the flow valve via flowmeter and manages the drive system.

IoT - Enables Smart Irrigation System: Our IoT-based system uses sensors to monitor soil moisture and crop needs, then remotely controls irrigation through a smartphone, ensuring timely and precise watering based on real-time data.

Tech Specs

Water spraying

Tank - 170 LTR.
Multiple nozzles.

Spraying Arms
Adjustable height
Arm length: up to 7m.

Drive System

12V DC, Geared Motor
4 x 4 drive.

Remote control

Range: 100 M
Forward – Reverse, Left-Right steering and Water spraying ON-OFF control.

Speed : 0 to 40 Mtr/Min.

Electrical details

150MAh Battery
12V DC, Solar Panel

Charging

Solar Charging time 6 to 8Hrs.
Electrical supply – 4 to 5 Hrs.

Hardware & Software

Wireless Moisture Probe
Adjustable flow rate
Smartphone connection

Impact Metrics

20–30% yield improvement (ICAR Research)
50–70% reduction in water use

Supports 6+ UN SDGs, including Zero Hunger and Climate Action
Bridging the agri-tech gap: Reaching farmers among the 70% with no prior access to precision tools
Long-term education impact: Introducing precision farming practices to drought-prone, high-dropout rural regions