Agri Technology

Any tool, machine or system that changes how a farming task is done — from a laser-guided leveller to a drone sprayer to a free weather app. On this hub, that only means technologies with a real, documented Indian price and use case, not every idea that theoretically exists.

Treating a field as unequal zones — using soil maps, sensors or imagery to vary seed, water and fertilizer rate zone by zone — instead of one flat rate over the whole plot. It saves the most where a field was never actually uniform to begin with.

Free digital tools (weather, mandi prices, crop calendar) and a basic soil-moisture meter cost little to nothing and pay back fast. Anything equipment-heavy — drones, laser levellers, GPS kits — is better hired than bought on a small holding.

Hiring a drone spraying service is almost always worth it — ₹400–700 per acre for a job that takes minutes. Owning one only turns profitable above roughly 50 acres of personal use; below that, hiring beats owning on the maths alone.

Typically ₹400–700 per acre including the operator, comparable to hiring labour for a knapsack spray but taking minutes instead of hours. A drone itself costs ₹6–10 lakh to buy.

In its full form — sensors and variable-rate equipment — rarely; it is documented here as best suited to large, variable-soil holdings. A soil health card and zone-wise soil testing is the low-cost entry point available to any farm size.

Laser land levelling and soil-moisture monitoring both save 15–30% depending on the field, and drone spraying uses roughly a tenth of the water a knapsack sprayer does — though that is a spraying saving, not an irrigation one.

Drone spraying, by replacing hours of manual knapsack work with a 7–10 minute pass, and GSM motor-control automation, by removing the trip to the field every time a pump needs switching.

A GPS-guided tractor holds a dead-straight, non-overlapping pass across the field for tillage, sowing and spraying — cutting the 8–10% overlap a manual driver typically leaves on every pass.

A tensiometer or moisture meter (₹500–3,000 for a basic one) that gives an actual soil-moisture reading, so irrigation happens on real crop need instead of a fixed calendar.

Gathering information about a field from a distance — typically satellite or drone imagery — rather than by walking it. Real and growing in India, but not yet something this hub has a priced, documented guide for.

Normalized Difference Vegetation Index — a satellite/drone-image measure of how green and healthy a crop canopy looks, used to spot stressed or under-performing patches of a field before they are obvious on the ground.

Some are, and directly — Namo Drone Didi funds 80% of an agri-drone’s cost (up to ₹8 lakh) for Women SHGs, and several state schemes (like Madhya Pradesh’s e-Krishi Yantra Anudan Yojana) fund 40–50% of laser levellers, tractors and other mechanisation. Check the Government Support section above for what is currently real.

Only where the math actually closes on your own acreage — it should save or earn more than it costs, on a payback period you can live with. This hub is built to show that math honestly for each technology rather than assume yes.

Buy only with large, frequent, near-daily use. Rent or hire (via a Custom Hiring Centre or a service like drone spraying) for occasional use, limited capital, or a small-to-medium farm — which describes most of these technologies for most Indian holdings.

The free ones, in this order: a Soil Health Card so the fertiliser dose is measured rather than guessed, a germination test and seed treatment before sowing, and the free weather, mandi-price and crop-calendar tools. Between them they cost almost nothing and change decisions on every acre. Equipment comes after that.

Under PMKSY’s Per Drop More Crop component, 55% of the system cost for small and marginal farmers and 45% for other farmers, capped at 5 hectares per beneficiary, paid by DBT. On a ₹36,000-per-acre system that brings a small farmer’s outlay to roughly ₹16,200. The same plot cannot be re-subsidised within 7 years.

On a farm currently irrigating with a diesel pump or a weak grid connection, yes — PM-KUSUM Component B funds a standalone pump up to 7.5 HP with 30% central and at least 30% state subsidy (50% central in hilly, North-Eastern and island states), and the diesel bill it removes recurs every single season. The gate is the state application queue, not the arithmetic.

Yes, under DGCA rules — but flying one yourself requires a Remote Pilot Certificate and a type-certified, registered drone. Hiring a spraying service needs no licence at all on your part; the operator holds it. That is one more reason hiring is the sensible route for almost every individual farmer.

Mostly market technology rather than field technology: e-NAM puts your assayed lot in front of traders beyond your own mandi with payment routed to your bank account, and a live mandi-price check tells you whether today’s rate at your nearest yard is worth the trip. On-farm post-harvest technology — cold storage, grading and processing — is not yet documented on this hub.

A PTO-driven drill that sows wheat directly into loose paddy straw so the field never has to be burned or tilled first. At ₹1.3–1.8 lakh and a 45–60 HP tractor requirement, most farmers should hire it from a Custom Hiring Centre — the residue-management scheme funds CHCs at up to 80% precisely so that hiring is available.

No. The soil test and the card are free to the farmer. It reports 12 parameters for your own plot and returns a crop-wise fertiliser recommendation — which makes it the only piece of genuine precision agriculture available to a one-acre holding at zero cost.