This guide explains each analysis in simple language. You will see what it checks, how it works, and the practical benefit for your farm decisions.
Start a free analysisDraw boundaries or upload coordinates. This defines the exact land area we analyze.
We combine satellite, climate, soil, terrain, and water data into one clear decision layer.
Reports and maps show where to plant, where to protect, and where to invest first.
Each module answers a specific farmer question. Together they create a full view of risk, performance, and opportunity.
How it works: We weigh climate, soil, slope, drainage, and water access to score how well a crop fits each farm.
Benefit: Choose the right crop before spending on seed, labor, and fertilizer.
What to do: Prioritize zones with higher scores and plan trial plots in the top areas first.
How it works: We model recent rainfall patterns, temperature ranges, and humidity to see if conditions match crop needs.
Benefit: Avoid planting in seasons or locations that are likely to underperform.
What to do: Time planting and input schedules around safe weather windows.
How it works: Soil type, pH, organic carbon, and nutrient indicators show how well roots can grow and absorb nutrients.
Benefit: Prevent nutrient waste and boost yields with targeted soil improvement.
What to do: Apply lime, organic matter, or fertilizer based on the soil profile.
How it works: Elevation and slope reveal drainage behavior and erosion risk across the field.
Benefit: Avoid costly land preparation in zones that will wash out or flood.
What to do: Use contouring or terracing on slopes and protect low areas with drainage.
How it works: We calculate distance to rivers, canals, and water points to estimate irrigation access.
Benefit: Know where irrigation will be affordable and where it will be too expensive.
What to do: Place pumps, storage, or irrigation lines in the highest leverage zones.
How it works: Satellite classification shows current vegetation, built areas, and bare land.
Benefit: Detect cleared zones, degraded land, or areas already under cultivation.
What to do: Focus resources on zones that are ready for production or need restoration.
How it works: We combine slope, drainage, and proximity to water to identify flood prone areas.
Benefit: Reduce losses from waterlogging and unexpected flood events.
What to do: Avoid flood basins or plan for raised beds and drainage structures.
How it works: Rainfall intensity, soil type, slope, and ground cover are used to model erosion exposure.
Benefit: Protect soil and prevent long term productivity decline.
What to do: Use ground cover, contour lines, and vegetation buffers on exposed slopes.
How it works: Rainfall history, soil water retention, temperature stress, and water access form a drought risk score.
Benefit: Prepare for dry spells before crops fail or water costs spike.
What to do: Plan irrigation, crop choice, or planting windows around drought risk.
How it works: Humidity, temperature, vegetation density, and water proximity indicate outbreak pressure.
Benefit: Act before pests spread and reduce chemical use by targeting hotspots.
What to do: Schedule scouting and early control in the highest risk blocks.
How it works: We compare vegetation signals across seasons to detect growth changes and stress trends.
Benefit: Spot slow growth early and protect yield before it drops.
What to do: Investigate zones that decline faster than the rest of the farm.
These satellite health checks tell you how crops are doing without walking every hectare.
How it works: Measures greenness by comparing visible and near infrared light reflected by plants.
What the values tell you
Farmer benefit: Pinpoint areas where crop health is dropping so you can inspect the exact spot.
How it works: Improves NDVI by reducing haze and canopy saturation so thick crops still show differences.
What the values tell you
Farmer benefit: Shows hidden variation when NDVI looks flat across dense fields.
How it works: Adjusts for exposed soil so early season monitoring stays accurate.
What the values tell you
Farmer benefit: Detect germination issues early before the crop fully covers the land.
How it works: Measures leaf water content to show moisture stress before it is visible.
What the values tell you
Farmer benefit: Detect drought stress one to two weeks before leaves start wilting.
How it works: Highlights non vegetation surfaces that do not contribute to yield.
What the values tell you
Farmer benefit: Spot problem zones without walking the entire farm.
AgriSense AI connects satellite monitoring with optional drone scouting. When indices show stress, drones validate the cause and confirm the exact zone for treatment.
Farmer outcome
Faster detection and targeted action reduces crop loss.
These are satellite health checks. They show crop vigor, moisture stress, and canopy density without visiting every plot.
Benefit: Farmers know where to scout and can fix issues early to protect yield.
Drones provide close up imagery to confirm disease, pests, or water issues in the exact zone flagged by satellites.
Benefit: Faster diagnosis and targeted treatment instead of blanket spraying.
Maps highlight which blocks need irrigation, replanting, or pest control first.
Benefit: Inputs are focused where they create the biggest yield improvement.
Suitability scores and monitoring evidence show which farms are prepared for strong yields. Risk alerts and field reports give lenders ongoing visibility into performance so capital is safer and more productive.
Portfolio impact
Reduced default risk with data backed crop performance.
Monitoring maps and reports show how inputs were applied and whether crop health is improving through the season.
Lending decisions are supported by real land suitability and risk exposure, not guesswork.
When stress appears, lenders and extension teams can respond early to protect farmer income and repayment.
Use this table to remember what each analysis tells you.
| Monitoring type | Farmer question | Answer it provides |
|---|---|---|
| NDVI | How green and healthy are my crops | Shows plant vigor and growth strength. |
| EVI | How healthy are very dense crops | Reveals differences in lush canopy zones. |
| SAVI | How are my seedlings doing early | Removes soil noise during early growth. |
| NDWI | Are my crops thirsty | Detects water stress before wilting. |
| NDBI | Where is non farm land | Highlights built up or degraded zones. |
| Climate analysis | Is the season safe for this crop | Checks rainfall, temperature, and humidity fit. |
| Soil analysis | Is my soil ready for crops | Reviews pH, texture, and fertility health. |
| Water proximity | Can I irrigate this zone | Estimates distance to water sources. |
| Flood and erosion | Which zones are risky | Shows areas likely to flood or wash away. |
| Pest and disease risk | Should I expect outbreaks | Predicts pressure based on weather and vegetation. |
Start a farm analysis and get risk aware guidance you can act on this season.
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