Smart Farming for Better Yields
Get personalized fertilizer recommendations based on your soil analysis. Maximize your crop yields with data-driven farming decisions.
🌾 North Field · Wheat
LiveEverything your farm needs, in one place
From soil data to actionable advice in seconds — three AI tools built for Indian farms.
Smart Fertilizer
Our AI analyzes your soil's real-time data to recommend precise fertilizer type, dosage, and timing — saving you money and boosting yield.
- Exact NPK quantities
- Chemical + organic options
- Weather-aware timing
Crop Prediction
Our ML model analyzes your soil composition, weather data, and regional patterns to predict the most profitable crops for your field.
- Kharif, Rabi & Zaid aware
- Expected yield per acre
- Calibrated for Indian zones
Disease Detection
Snap a photo of your crop and our AI instantly identifies diseases, assesses severity, and recommends treatment — all from your phone.
- Diagnosis in seconds
- Severity assessment
- Treatment guidance
Everything you need for smart farming
Our platform provides all the tools and insights you need to optimize your farming operations.
Sensor-Driven Soil Testing
On-field smart sensors (NPK, pH, moisture, temperature) instead of lab reports for real-time soil health data.
AI Nutrient Planning
Exact fertilizer dose, type, and timing (chemical + organic) based on live soil readings and crop needs.
Reduce Input Cost, Not Yield
Avoid overuse of urea and DAP by applying only what the crop actually needs.
Crop-Specific Intelligence
Recommendations adapt automatically to crop type, soil condition, and growth stage.
Water & Soil Protection
Balanced nutrient application prevents soil degradation and groundwater pollution.
Farmer-First Mobile App
Simple insights in Hindi, English, or Punjabi — built for farmers, not complex dashboards.
Works for Small Farmers
Designed to support small and marginal farmers with affordable, practical solutions.
Data You Own, Always
Farmer data remains private, secure, and is never sold.
From soil to strategy in four steps
From sensor deployment to actionable recommendations in four simple steps.
Collect Soil Samples
Collect about 1 kg of soil from multiple spots across the field to represent overall conditions accurately.
Sensor-Based Analysis
Smart sensors measure NPK, pH, moisture, temperature, and electrical conductivity.
AI & ML Processing
AI models combine soil data with crop type and growth stage to compute optimal nutrient needs.
Actionable Plan
Receive a clear plan with recommended fertilizer type, exact dosage, and application timing.
Built for everyone in agriculture
Whether you farm two acres or manage thousands, AgriCure Biochem scales with you.
For Farmers
Your soil has a story. We help you read it — personalized advice for every field, every season.
For FPOs
Collective soil dashboards, bulk recommendations, and member management for producer organizations.
For Agri Businesses
Enterprise soil intelligence, fleet management, and API-first integrations at scale.
For Researchers
Anonymized soil datasets, collaborative ML models, and field-experiment infrastructure.
Hear from our farmers
“I used to put far too much urea on my fields. Now I can see what the soil actually needs, and my wheat did better this season.”
“The app is simple. I check my phone and it tells me which fertilizer to apply and when. Very useful for a small farmer like me.”
Frequently asked questions
No. Our IoT sensors measure NPK, pH, moisture and temperature directly in the field. You can also enter values from an existing Soil Health Card.
Wheat, rice, maize, cotton, sugarcane, mustard, pulses, vegetables and many more regional crops — 15+ in total and growing.
Yes. You can get your first personalized fertilizer recommendation in under a minute, completely free.
Recommendations are available in Hindi, English and Punjabi, with more regional languages coming soon.
You do. We never sell or share identifiable farmer data, and you can export or delete it at any time.
Ready to grow smarter?
Join thousands of farmers who use smart technology to increase their yields and reduce costs.