Modern Technology

UP TO 50% SUBSIDY

Controlled Environment

Polyhouse / Greenhouse Farming

Polyhouses use UV-stabilized polyethylene film structures to create controlled growing environments. They protect crops from extreme weather, pests, and diseases while enabling year-round production of high-value vegetables and flowers.

The Government of India provides up to 50% subsidy through NHB, NHM, and NABARD schemes (maximum ₹1 Crore). AMC facilitates cluster-based polyhouse complexes where FPOs manage shared infrastructure for tomato, capsicum, cucumber, and strawberry production.

Year-round production regardless of weather
Up to 50% subsidy via NHB/NHM/NABARD
3-5x higher yields vs open-field cultivation
Premium market prices for off-season produce

50%

Govt Subsidy

3-5x

Yield Increase

₹1 Cr

Max Subsidy

SOIL-LESS

Soil-less Cultivation

Hydroponics

Hydroponics grows plants in nutrient-rich water solutions without soil. Recirculating systems with EC/pH probes ensure optimal nutrient delivery. Vertical stackable towers maximize production per square meter.

AMC deploys modular hydroponic units at District Resource Centers for demonstration and training. FPO-led commercial units connect to urban markets for leafy greens, herbs, and exotic vegetables. Labor is reduced by 50% compared to traditional farming.

6-10 kg/m² yields for leafy greens
90% less water than soil cultivation
50% labor reduction
No soil-borne diseases or weeds

6-10kg

Per m² Yield

90%

Water Saved

50%

Labor Reduced

Advanced Cultivation Systems

Next-generation farming for specialized crops and climates

Aquaponics

Integrated fish and vegetable production in a closed-loop system. Fish waste provides organic nutrients for plants, while plants filter water for fish. Ideal for nutrition security and peri-urban clusters.

Integrated System

Aeroponics

Mist-based root feeding delivers highest yield per unit area. Roots hang in air and are sprayed with nutrient mist. Perfect for seed potato production, exotic vegetables, and desert/arid areas.

Highest Yield

Vertical Farming

Indoor LED-based stacked growing systems. 95% improvement in land and water use efficiency. 20-40% annual ROI for optimized units. Ideal for urban/peri-urban FPO ventures and premium markets.

Urban Ag

Precision Agriculture & IoT

Data-driven farming for the smallholder

Drone Mapping & Spraying

DJI drones for field mapping, crop health monitoring, and precision spraying. 40x more efficient than manual application. Per-acre contracts at affordable rates through CHCs.

IoT Sensor Networks

Low-cost sensor nodes (under $40) with LPWAN/satellite connectivity. Cluster-level weather stations and soil moisture sensors — shared across villages, not per-farm.

AI Crop Advisory

Hyperlocal weather alerts, pest/disease detection via image recognition. SMS/voice-based advisory in local languages accessible via basic phones. No smartphone required.

Soil Health Intelligence

Mobile soil-testing vans with spectroscopy-based sensors. Digital soil health cards with personalized input recommendations. Shared across 10-15 villages per unit.

Index-Based Insurance

Remote sensing + weather data for automatic payouts via mobile wallets. Integration with PMFBY. Satellite-derived loss assessment reducing claim delays from months to weeks.

Low-Cost Robotics

Smartphone-powered robots for spraying and weeding. Repairable with off-the-shelf parts. Service model (not ownership) suitable for rural sustainability and smallholder budgets.

Technology Gallery

Innovations powering the future of Indian agriculture

Hydroponic Greenhouse — Soil-less lettuce production

Precision Drone — Field mapping & NDVI analysis

IoT Soil Sensor — Moisture, temp, conductivity

Drip Irrigation — Water-smart vegetable farming

Polyhouse Complex — Commercial floriculture & vegetables

Smart Sensor Node — Multi-depth monitoring

Polyhouse Interior — Tomato cultivation rows