Farms and agribusiness
Watch every field without walking every field. Prioritise scouting and compare blocks across seasons.
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AgriSense: satellite crop and soil intelligence
Crop health, water stress and early warnings for every field, from Sentinel-2 imagery.
A satellite crop and soil intelligence platform, built by OREL Vision
AgriSense reads Sentinel-2 satellite imagery for each of your fields, turns it into crop health and soil indicators, watches for sudden changes, and tells your team where to scout and what to consider applying.
It runs as a secure web dashboard that works on a phone browser, with field-level history, alerts and recommendations kept in one database.
- 10 m pixelsSentinel-2 bands processed at 10 m resolution for each field boundary.
- 6 indicesNDVI, NDRE, NDMI, NDWI, SAVI and BSI, computed from raw bands.
- 6 cropsWheat, maize, cotton, rice, sugarcane and potato have built-in agronomy rules.
- Daily checksAutomatic refresh can run every 24 hours. New imagery arrives about every five days, cloud permitting.
See how the early-warning check works
This demo applies the same rule AgriSense uses on a real field: it compares the latest NDVI reading with the average of the previous three readings. A drop of more than 8 percent is a moderate warning, and more than 20 percent is severe.
Illustrative wheat season. Demo values, not measurements from a real farm.
Latest NDVI-
Previous 3 average-
Change-
What the satellite measures
Each index is a formula on Sentinel-2 bands. These are the exact calculations AgriSense runs.
| Index | Formula (Sentinel-2 bands) | What it tells you |
|---|---|---|
| NDVI | (B08 - B04) / (B08 + B04) | Green biomass and crop vigour |
| NDRE | (B08 - B05) / (B08 + B05) | Chlorophyll in dense canopy, nitrogen status |
| NDMI | (B08 - B11) / (B08 + B11) | Moisture in the canopy, water stress |
| NDWI | (B03 - B08) / (B03 + B08) | Open water and waterlogging |
| SAVI | ((B08 - B04) / (B08 + B04 + 0.5)) x 1.5 | Vegetation with the soil background removed |
| BSI | ((B11 + B04) - (B08 + B02)) / ((B11 + B04) + (B08 + B02)) | Bare soil and fallow land |
Cloud, cloud shadow and cirrus pixels are masked out using the Sentinel-2 scene classification layer before any number is reported.
Built-in knowledge for six crops
Each crop has an optimal soil pH range, a peak-greenness growth stage, and a list of the issues AgriSense will suggest when a field shows a sudden decline.
| Crop | Optimal soil pH | NDVI peaks at | Issues the engine can suggest |
|---|---|---|---|
| Wheat | 6.0 to 7.5 | Booting | Yellow (stripe) rust, aphids, nitrogen deficiency |
| Maize | 5.8 to 7.0 | Silking | Leaf blight, fall armyworm |
| Cotton | 5.8 to 8.0 | Flowering | Cotton leaf curl virus, pink bollworm |
| Rice | 5.5 to 6.5 | Heading | Rice blast, brown planthopper |
| Sugarcane | 6.0 to 7.5 | Grand growth | Red rot, sugarcane borer |
| Potato | 5.0 to 6.5 | Bulking | Late blight |
How AgriSense works
From a field boundary to an alert on your phone, in five steps. The platform does the repetitive work so your team can spend its time in the field.
Add your fields
Draw or upload each field boundary and record the crop and sowing date.
Satellite data arrives
Sentinel-2 scenes covering your fields are collected and cloud pixels are masked out.
Indices are calculated
NDVI, NDRE, NDMI, NDWI, SAVI and BSI are computed for every field and stored as a time series.
Changes are flagged
Each reading is compared with the field's own recent trend, and alerts are raised for sudden declines.
You verify and act
Recommendations tell scouts what to look for. Confirm in the field before applying any treatment.
Capabilities
Crop health monitoring
Field-level NDVI, NDRE and NDMI history with trend charts and map layers.
Disease and pest early warning
Flags unexpected declines against the field's own recent trend, then lists the likely causes for that crop and season, with the spectral pattern to look for.
Soil fertility and pH estimates
Estimated pH, nitrogen, phosphorus, potassium and organic matter, recalibrated every time you enter a lab soil result.
Fertiliser and treatment guidance
Suggestions such as lime for acidic soil or gypsum for alkaline soil, and fungicide or pesticide classes, with a prompt to confirm in the field first.
Alerts and farm management
Farms, fields, users and logins with role control, plus alerts stored for every field.
Mobile access
A responsive dashboard that opens in any phone browser, with an Android wrapper app available.
Who uses AgriSense
Government departments
Crop condition and area reporting across districts, from the same free satellite data, with a consistent method.
NGOs and development programmes
Monitor project fields, track conditions through the season and support baseline and impact reports.
What AgriSense does and does not claim
Satellites cannot photograph a leaf. We say plainly what the platform can and cannot tell you, so decisions stay sound.
It can
- Show where and when a crop departs from its own normal pattern
- Narrow the likely causes for a given crop, so scouts know what to look for
- Track fields continuously and compare them across seasons
It does not
- Measure soil chemistry directly. Soil values are estimates, improved by lab samples
- Confirm a disease from imagery alone. Every alert asks for field confirmation before any chemical is applied
Works with our drone service
Satellite data covers whole districts every few days. When a field is flagged, an OREL Vision drone can fly it at centimetre detail, and the result can feed a variable-rate prescription. Together they give a full loop from early warning to targeted action.
Live remote sensing portal
Sign in to the AgriSense portal to see crop health maps, soil indicators, alerts and recommendations for your fields.
- StatusLive
- Portal addressagrisense.orelvision.com
Frequently asked questions
Cannot find your answer? Contact us and an agronomist will reply.
What imagery does AgriSense use?
Sentinel-2 satellite imagery from the European Copernicus programme, processed at 10 m resolution. New imagery arrives about every five days, cloud permitting.
Do I need a drone?
No. AgriSense works from satellite data alone. A drone survey is useful when you need centimetre detail on a priority field, and the two services work together.
Can I use it on my phone?
Yes. The dashboard is responsive and opens in any phone browser.
Which crops does it support?
Wheat, maize, cotton, rice, sugarcane and potato have built-in agronomy rules. Other crops can still be monitored with the vegetation indices.
Can AgriSense confirm a disease?
No. It shows where a crop departs from its normal pattern and lists likely causes for that crop. Every alert asks for field confirmation before any chemical is applied.
How do I get started?
Open the portal, or request access and we will set up your farm and fields with you.
Add ground readings with the Soil Scanner
Check a low-NDVI area against soil moisture, pH, salinity and nutrients measured in the field, using IoT probes, a handheld Bluetooth scanner and our Android app.
Also from OREL Vision: AgriIntelligence
Pair field imagery with a dated tracker of Pakistan wheat prices, water allocation, input costs and weather.