ClusterOS tracks 24 risks on every field and tells you in Telegram, in advance, what threatens it, why and what it will cost.
Real ClusterOS screens on test fields: from the map to a decision on a specific field.
The field page shows the crop stage, crop health against normal and open risks. When the system lacks data, it asks: the crop, the sowing date, how the harvest is going.
For every risk you see which crops and stages it threatens, how it is detected – optical or radar imagery – and how much of the area is already assessed.
Colour shows where plants are stronger and weaker, and the chart shows how the season compares with this field’s normal.
The index is mapped across the field, and the numbers – mean, spread, share of the field seen without clouds – are compared with this field’s normal.
Crop, area, address, stage, sowing date and alerts for every field. Filters by crop, stage and alerts.
The same drought costs differently at flowering and at ripening – the system accounts for the crop stage.
The crop is short of water. Imagery and the forecast show it before the leaves start to wilt.
Water stands after irrigation or rain – roots suffocate and plants fall behind.
The field or part of it is under water. The area and date are recorded – for decisions and insurance.
A hot dry wind dries out crops within days. We warn from the weather forecast.
Heat above the crop’s threshold at a sensitive stage cuts the yield.
Frost at emergence or flowering. The warning comes in advance, with time to protect the crop.
Hard frost without snow cover is dangerous for winter wheat – we watch the field all winter.
Hail from the forecast – a warning before the event, and images of the field before and after it.
Strong wind flattens crops before harvest. We show the fields where the risk is higher.
Dust damages leaves and young seedlings. We warn from the forecast.
Sowing after the best window for the region. Every week of delay costs part of the yield.
Seedlings are sparse or uneven – it shows in imagery in the first weeks.
The field develops more slowly than in its own past years and than neighbouring fields at the same stage.
The crop changes unlike what is usual for this crop and stage – a reason to check the field.
The expected yield is below plan – you see how many tonnes are at risk.
The field is ripe but harvest has not started. Losses grow every week, and the next sowing slips.
Salt rises to the surface on irrigated land – we find the problem parts of the field.
Alkaline soil keeps plants from taking up nutrients – such fields are flagged.
Imagery shows signs of nutrient shortage – it is clear where top dressing is needed.
Leaves turn yellow on part of the field – noticed earlier than on a field round.
The field is listed as sown, but there are no signs of work on it.
One crop stays on the same field too long – diseases rise and yield falls.
Work on the field is behind the region’s crop calendar.
Damage from machinery, livestock or other external causes.
1 000 ha of cotton got a fifth less water during flowering
≈ 455 t of raw cotton≈ 3.55 bn sum
Spot it earlier and cut the deficit to 5% – the loss is ≈ 114 t. The difference is 341 t, or ≈ 2.66 bn sum.
This is the cost of the problem, not a promise of results.
How many tonnes of the plan are at risk – by every farmer and field.
A cluster answers for contracted volume across thousands of hectares. ClusterOS gathers the risks of every field in one Control center and shows where, and how many tonnes, are at risk.
You learn about drought, frost and hail in Telegram before you see them in the field.
Without an agronomy department of your own, what matters is learning about a problem while it can still be fixed. The alert arrives in Telegram – with the cause and what to do.
What happened, when and where – with images of the field before and after.
Verify a claim without sending an expert to every field: the event, its date, the field outline and its history in one package.
How much raw material your suppliers will deliver – in advance.
With your suppliers’ consent, view their fields: crop condition and risks for each of them, long before harvest.
How many hectares of the district face which risk – from the forecast.
The risk picture for a district: drought, hot dry wind, frost – before they turn into losses. Not a check on reporting, but early warning.
Upload your field outlines or draw them on the map.
Set the crops – the history and stage of every field appear right away.
Receive alerts in your account and in Telegram.
A typical system shows a map. ClusterOS tracks 24 risks on every field and tells you in advance what threatens it, why, what it will cost and what to do. It is built for the crops and growth stages of Uzbekistan, and alerts arrive in Telegram in your language.
No. All you need are the field outlines and the crop.
The Copernicus Sentinel-1 and Sentinel-2 satellites, Landsat and ERA5 weather with a forecast – open data used by researchers around the world.
We never pass guesses off as data: if there is no observation, the system says so. Weather risks – frost, hail, hot dry wind – come from the forecast and do not depend on clouds.
Risk thresholds come from scientific sources, including Central Asian ones. Every alert has a cause and a confidence level: the agronomist sees what the signal is based on and decides. A false alarm can be marked, and the system takes it into account.
Yes, but fewer. The agronomist goes where the system has found a problem and covers more fields. A calculation on your figures shows how much you will save.
Only your organization. Access is set by roles. You can open a view-only access for a buyer or an insurer yourself. Details are in the privacy policy.
The price depends on the area and your tasks. Leave a request – we will calculate it for your farm.
We will show what ClusterOS sees on your fields and calculate the losses on your figures.