Crop Intelligence | Weather AI | Smart Irrigation

Precision Agriculture AI Platform

From satellite crop monitoring to AI powered yield prediction, MTT's AgriAI platform gives farmers and agribusinesses the intelligence to maximize yield, minimize waste, and operate sustainably at scale.

Platform Features

The Agriculture Challenge

Modern agriculture faces extreme pressure from climate volatility, resource scarcity, and market uncertainty.

Climate Unpredictability

Erratic weather patterns are causing $86B in annual crop losses globally. Traditional forecasting is too coarse for field level decisions.

Water Scarcity

Agriculture accounts for 70% of freshwater use. Inefficient irrigation wastes billions of gallons annually.

Pest & Disease Detection

Pest infestations and crop diseases detected late cost farmers 20-40% of annual yield.

Unpredictable Yields

Without data driven yield forecasting, procurement, logistics, and pricing decisions are made blindly.

Soil Degradation

Over-fertilization and poor rotation practices degrade soil health, reducing long term productivity.

High Input Costs

Blanket application of fertilizers, pesticides, and water without precision data drives up costs and environmental impact.

Our Solution

How MTT AgriAI Transforms Your Farm Operations

We combine satellite imagery, IoT ground sensors, historical weather data, and machine learning to give you field level precision insights that were previously only available to the largest agribusinesses.

  • Satellite based crop health monitoring with NDVI analysis updated every 72 hours
  • AI weather models providing 14 day hyper local forecasts at 100m² resolution
  • Computer vision pest and disease detection with 93% accuracy via drone imagery
  • Variable rate irrigation control that automatically adjusts water delivery by zone
  • Yield prediction models with 91% accuracy, enabling proactive supply chain planning
  • Soil health analytics with prescription based fertilization recommendations
Precision agriculture AI satellite crop monitoring and smart irrigation
Robot crop monitoring · AI yield prediction · Smart irrigation
Platform Features

AgriAI Platform Features

Satellite Crop Monitoring

Multi spectral satellite analysis covering NDVI, moisture index, and biomass updated every 72 hours across any field size.

Hyper Local Weather AI

ML powered weather forecasting models calibrated to your specific microclimate for 14 day actionable outlooks.

Drone Disease Detection

Computer vision models identify 200+ crop diseases and pest infestations from aerial imagery with 93% accuracy.

Smart Irrigation Control

AI driven variable rate irrigation reduces water usage by up to 30% while maintaining optimal crop hydration by zone.

Yield Prediction Engine

Multi variable ML models predict yield by field block 12 weeks ahead, enabling precision logistics and pricing.

Soil Health Analytics

IoT soil sensor integration with AI driven fertilization prescriptions, reducing input costs by 22% on average.

Farm Management Dashboard

Unified operational dashboard combining all data streams with alerts, tasks, and field activity logs.

Supply Chain Integration

API connections to commodity markets, logistics platforms, and grain elevators for seamless farm to market flow.

Our Process

How It Works

01

Farm Data Mapping

We map your fields via satellite and drone, collecting baseline soil, topology, and historical yield data.

02

Sensor & IoT Setup

Ground-level IoT sensors are deployed for soil moisture, temperature, and humidity typically in under 2 days.

03

AI Model Calibration

Models are trained on your specific crops, soil types, and regional climate patterns for maximum accuracy.

04

Live Dashboard & Alerts

Full platform goes live with real time alerts, recommendations, and automated irrigation controls.

Technologies Used

PyTorchSatellite APIsIoT SDKPostgreSQLFastAPIPythonAWS IoT

Client Success: GreenField Agri Corp

91%
Yield prediction accuracy

Improved forecasting for smarter planting and resource planning.

28%
Water usage reduction

Optimized irrigation through data-driven insights.

18%
Cost reduction per hectare

Lower input costs and better operational efficiency.

Empowering farmers with data-driven insights for sustainable and profitable agriculture.