The Future of Farming is automated
Intelligent, precise, nature friendly and sustainable sprinkling management.
Launch Control PanelHow Our system Works
A closed-loop system for automated crop health analysis and treatment through precise pesticide sprinkling.
1. Data Capture
The AgriRover navigates fields autonomously, using its 32 high-resolution cameras to capture detailed footage of every plant from multiple angles.
2. ML Analysis
Footage is instantly sent to our cloud API where a proprietary Machine Learning model analyzes images for signs of disease, pests, and nutrient deficiencies.
3. Diagnosis & Solution
The AI determines the precise infection level and recommends a targeted solution, identifying the exact type and amount of pesticide needed.
4. Action & Reporting
Key images are stored in a database for your records. If treatment is needed, a signal is sent back to the rover to sprinkle the precise dosage on the affected plant before moving on.
This process continues in cyclic order....
Rover Control Interface
Manual Override
Field Case Studies
Late Blight
Fungal infection causing circular lesions with a "bulls-eye" pattern. If left untreated, it leads to significant yield loss.
Solution: Targeted application of 0.5ml Chlorothalonil fungicide directly on affected foliage.
Corn Leaf Aphids
Small insects found in dense colonies, sucking sap from the plant, which can hinder growth and vector viruses.
Solution: Precision sprinkle of insecticidal soap. Rover marked area for follow-up inspection.
Powdery Mildew
A common fungal disease that appears as white powdery spots on leaves and stems, inhibiting photosynthesis.
Solution: Rover administered a potassium bicarbonate solution, an effective organic fungicide.
Nitrogen Deficiency
Identified by uniform yellowing of older, lower leaves. Stunts plant growth and drastically reduces crop yield.
Solution: Rover flagged the 5x5m zone. Recommended a follow-up with nitrogen-rich fertilizer.
About AgriRover
We are a team of engineers,dedicated to solving farming challenges through robotics and AI/ML. Our mission is to make farming more efficient, sustainable, and profitable for growers everywhere. Also less wastage of pesticide and no harm to healthy crops and soil.