WHY NOW
Indian agriculture is at a calendar-spray breaking point.
WHY THIS MATTERS
“He sees five weeds. He sprays the entire two-acre plot. Losing the crop is the bigger risk.”
A Karnataka cotton farmer's logic.
This is the asymmetric-risk math under every Indian smallholder spray decision. Bhumi removes the asymmetry: when AI has already walked the field, the farmer doesn't need to insure with chemistry.
TWO HANDS, ONE EYE
AI vision. Two ways to spray.
The Wand
A handheld smart sprayer. Looks and feels like the knapsack sprayer farmers already use. The embedded camera detects weeds and pests in real-time; the nozzle fires only when something's in frame. No drone licence. No flight knowledge. Walk the field, the wand corrects itself.
The Drone
AI vision on an aerial sprayer. A single drone variable-rate-sprays a 10-acre plot in minutes, treating only the zones that need it. Built for FPOs (farmer producer organisations), large landholders, and contract-spray operators.
HOW IT WORKS
Three steps. One pass.
Scan
In your hand or above the field, the camera streams imagery to our model. The detection runs on-device — no cell connection required.
Identify
Tomato fruit borer, grape thrips and mealybug, leaf-curl virus — our vision model is trained on the weeds, pests, and diseases farmers in Karnataka, Andhra Pradesh, and Telangana actually deal with.
Spray
In the same pass, the sprayer triggers only at detected zones. Less chemistry. Healthier groundwater. Higher yield. Lower per-acre cost.
A typical 4-acre Karnataka horticulture plot. The orange cells are the only zones we actually treat — the rest stays clean.
PILOT
Sign up for the pilot.
Karnataka grapes and tomatoes are our first testing ground. We're opening the pilot to farmers, FPO leaders, distributors, drone operators, and investors who want to be part of this early. Tell us who you are below — we follow up directly, no queue.
Outside India? precisionagriculture.farm