End-to-End Geospatial Solutions for Agriculture & Environment​

We deliver advanced satellite-based analytics, predictive modeling, and actionable insights to support smarter decisions and sustainable development.

how satellite remote sensing Technology using in precision farming

Our advanced satellite remote sensing technology brings precision farming to every field—monitoring crop growth, soil moisture, and water requirements with unmatched accuracy. From identifying early signs of crop stress to estimating fertilizer needs and predicting yield,

We convert every pixel of satellite data into actionable insights. Farmers receive timely advisories that help them optimize irrigation, reduce chemical use, improve soil health, and ultimately increase crop production. With Terraflux, smart farming isn’t the future—it’s happening now, from seed to harvest.

Precision-Farming. Smarter Decisions. Better Yields

With high-resolution satellite analytics, UAV data, and AI-driven models, we help farmers optimize resources, reduce input costs, and improve crop health. Terraflux enables actionable insights for every stage of the crop cycle — from sowing to harvest — ensuring sustainable and profitable agriculture.
✔ Data-Driven Crop Health Insights
✔ Reduced Input Costs & Higher Profitability
✔ Precision Irrigation & Fertilizer Optimization
✔ Early Stress & Disease Detection​

Grow More With Intelligence

Terraflux brings satellite-based precision farming to your fields. By monitoring crop stress, moisture levels, growth stages, and nutrient needs, we help you make timely decisions that increase yield while protecting the environment.
✔ Monitor crop growth in real time
✔ Detect stress, pests, and water shortages early
✔ Apply fertilizers and irrigation only where needed
✔ Boost productivity with sustainable practices

Transform Your Farm Into a Smart Farm

Precision farming powered by Terraflux Analytics helps farmers unlock hidden potential in their land. From NDVI trends to moisture mapping, our insights turn raw satellite data into meaningful, actionable strategies that drive sustainable growth.
✔ Boost farm efficiency
✔ Improve soil and crop health
✔ Reduce waste and input costs
✔ Make climate-smart decisions

01. Precision Farming​

Precision farming combines modern technology and traditional farming wisdom to optimize crop yields, reduce waste, and minimize resource usage. By leveraging tools like satellite imagery, drones, and real-time data, we can monitor and adjust every aspect of crop production, ensuring maximum efficiency and sustainability. Key Benefits of Precision Farming: Improved Resource Efficiency: Optimize the use of water, fertilizers, and pesticides.
Increased Yield: Maximize crop production by addressing specific plant needs.
Cost Savings: Reduce input costs through data-driven decision-making.
Sustainability: Lower environmental impact by using resources more efficiently.
Real-Time Monitoring: Continuously track crop health and growth stages.
Predictive Analytics: Forecast weather patterns, pests, and nutrient deficiencies.

Precision Farming​ –

Precision farming combines modern technology and traditional farming wisdom to optimize crop yields, reduce waste, and minimize resource usage. By leveraging tools like satellite imagery, drones, and real-time data, we can monitor and adjust every aspect of crop production, ensuring maximum efficiency and sustainability.

  • Key Benefits of Precision Farming:
  • Improved Resource Efficiency: Optimize the use of water, fertilizers, and pesticides.
  • Increased Yield: Maximize crop production by addressing specific plant needs.
  • Cost Savings: Reduce input costs through data-driven decision-making.
  • Sustainability: Lower environmental impact by using resources more efficiently.
  • Real-Time Monitoring: Continuously track crop health and growth stages.
  • Predictive Analytics: Forecast weather patterns, pests, and nutrient deficiencies.
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02. Crop Monitoring (NDVI, chlorophyll, moisture)​

Gain a deeper understanding of your crop’s health with high-resolution satellite analytics. Terraflux provides continuous monitoring using NDVI, chlorophyll indices, and surface moisture data to identify crop stress early, optimize inputs, and support smarter farm management decisions.

Real-time crop health assessment using vegetation indices
Early detection of stress caused by pests, diseases, or nutrient deficiency
Chlorophyll mapping for measuring plant vigor and nitrogen needs
Moisture analysis to guide precise irrigation scheduling
Field-level variability mapping for targeted interventions
Improved yield prediction and resource efficiency
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03. Soil Health & Nutrient Mapping

Healthy soil is the foundation of productive farming. Terraflux provides advanced geospatial tools to map soil health parameters and nutrient availability, helping farmers manage their fields with precision and sustainability. By integrating satellite data, field measurements, and predictive modeling, we deliver actionable insights to improve soil fertility and crop performance.

Detailed soil nutrient profiling (NPK, organic carbon, micronutrients)
Identification of soil stress zones for targeted interventions
Soil moisture and texture mapping for better irrigation planning
Aliquet dignissim ​
Long-term soil health monitoring for sustainable farm management
Improved productivity through informed soil management

04. Irrigation & Water Use Efficiency

Efficient water management is essential for sustainable agriculture. Terraflux uses satellite analytics, moisture indices, and geospatial modeling to help farmers optimize irrigation schedules, reduce water wastage, and improve crop health. Our solutions ensure every drop of water is used wisely for maximum productivity.

Field-level moisture mapping for smarter irrigation planning​
Satellite-based evapotranspiration (ET) insights to estimate crop water demand
Early detection of water stress zones
Optimized irrigation scheduling to reduce overwatering and save resources
Improved water productivity and input efficiency
Support for drip, sprinkler, and micro-irrigation planning

05. Pest & Disease Detection​

Our satellite-based analytics help identify early signs of pest attacks and crop diseases before they become visible on the ground. By analyzing changes in crop colour, canopy health, and vegetation indices, we detect stress patterns quickly and accurately.
This allows farmers to take timely, targeted action—reducing crop loss, minimizing chemical usage, and improving overall farm productivity.

Early identification of crop stress using multi-spectral satellite data
Detection of abnormal patterns linked to pests, fungi, and nutrient deficiency
AI-based alerts to prevent spread and reduce yield losses
Continuous monitoring of hotspots across the entire farm
Targeted intervention recommendations to save time and resources
Minimizes chemical use by enabling precise, need-based action

06. Yield Estimation

Our advanced satellite analytics accurately predict crop yield well before harvest. By monitoring plant growth, biomass levels, canopy health, and field variability, we provide data-driven yield forecasts that help farmers plan better.
From market planning to resource allocation, our yield estimation tools empower growers, FPOs, and agribusinesses to make informed decisions and maximize profitability.

Predict crop performance using multi-temporal satellite data and vegetation indices.
Monitor biomass accumulation to understand crop growth patterns throughout the season.
Identify variability within fields to guide targeted interventions and optimize inputs.
Forecast yield early to support market planning, logistics, and resource management.
Enhance decision-making for farmers, FPOs, and agribusinesses with accurate, data-driven insights.
Improve profitability through timely predictions and efficient farm management strategies.

07. Carbon & Sustainability Insights

Our satellite-driven analytics help assess, monitor, and enhance the environmental performance of farms and landscapes. By analyzing vegetation health, biomass, soil moisture, and land-use patterns, we enable climate-smart decisions that support carbon reduction, sustainability reporting, and regenerative agriculture.

Measure carbon sequestration through biomass and vegetation growth analysis.
Track land-use and land-cover changes to support environmental compliance.
Monitor soil health indicators such as moisture, organic matter trends, and degradation risk.
Identify hotspots of emissions or degradation for timely corrective actions.
Support regenerative farming practices with continuous sustainability metrics.
Provide audit-ready sustainability reports for carbon credits, ESG, and green certification programs.

08. Crop Insurance

Satellite-based monitoring brings transparency, speed, and accuracy to crop insurance processes. By continuously tracking crop growth, weather impact, and field-level anomalies, we help insurers and farmers reduce disputes, assess risks early, and accelerate claim settlements.

Independent crop monitoring for unbiased loss assessment.
Early detection of weather-related stress such as drought, flood, or heatwaves.
Accurate estimation of affected area using high-resolution satellite imagery.
Historical trend analysis to evaluate risk and premium planning.
Faster and transparent claim verification using geo-referenced evidence.
Support for government insurance schemes with scalable, data-driven insights.
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Talk to our Expert

09. Farm Boundary Mapping

Accurate farm boundaries are the foundation of precision agriculture. Using high-resolution satellite imagery and drone surveys, we create precise, geo-referenced field maps that support farm planning, input management, compliance, and dispute resolution.

High-accuracy field boundary extraction using satellite or drone data. ​
Geo-referenced maps suitable for surveys, documentation, and digital records.
Improved farm planning and zoning for irrigation, fertilization, and crop rotation.
Elimination of boundary disputes through clear and verifiable mapping.​
Integration with mobile apps and GIS platforms for easy field navigation.​
Supports government and certification requirements with standardized mapping.

Technology That Lifts Agriculture to New Heights

From satellite imagery to AI-powered analytics, our technology transforms raw data into meaningful insights for farmers. We combine advanced remote sensing, cloud computing, and machine-learning models to monitor crop health, predict water needs, detect stress early, and forecast yield with precision. This powerful tech-stack helps farmers make smarter decisions, reduce inputs, and increase productivity—bringing space-age innovation to every farm on the ground.
Rajwardhan Bhiwarikar

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