01In the bot
Advice every morning
At 06:00 Tashkent time — when to irrigate, how many cubic metres to apply and how many hours a pump with a known flow rate will need.
In Uzbek, on Telegram SMART IRRIGATION. LIVING LAND.
Every drop.
At the right
moment.
Day and m³ to irrigate — with a pump, in hours.
Every morning on Telegram — for fields in Uzbekistan.
It all starts
with your field.
Trace your plot or upload your fields as a file.
Choose the crop and irrigation method.
See more.
Understand better.
Sentinel-2, Landsat and the weather forecast.
A water balance for your field.
Lots of data.
One clear
answer.
When to irrigate and how much water to apply — with a pump, in hours of running time. With the reasoning and a log of what you did.
34 crops · In Uzbek · 06:00 Tashkent time
your field's data.
34 cropsfrom cotton to orchards
Sentinel + Landsattwo sources of imagery
FAO-56soil water balance
06:00advice on Tashkent time
01 — HOW IT WORKS
From your field.
To a clear decision.
We bring the data together
so it's easier for you to act.
YOUR FIELD ON THE MAPDemo
☀ Sun↝ Wind☂ Rain
Advice readyDay + pump hours + volume
It all starts with your plot
Trace the boundary in the Mini App or upload your fields as a file. Choose the crop and irrigation method. The team enters your pump's flow rate when you connect.
02 — FEATURES
Your field.
More clarity.
See what's already available,
what we're testing and where the team can help.
Showing 7 of 14 features
02In the bot
31 crops to choose from
Cotton, wheat, orchards, grapes, vegetables, melons, alfalfa and non-flooded rice. The bot accounts for second-crop corn and summer potatoes automatically.
34 crop profiles in the engine03In the bot
Your irrigation method
Drip with its wetted fraction, furrow with a pump or by gravity, sprinkler. Flooded rice is not supported.
Drip · Furrow · Sprinkler04In the bot
Your field by satellite
Sentinel-2, with Landsat 8/9 imagery as backup. NDVI helps assess greenness, NDMI the water content of the vegetation.
Within your boundary, with the image date05In the bot
Boundaries without the busywork
Trace the field with your finger in the Mini App or import KML, KMZ, GeoJSON or a shapefile — up to 10 fields per chat.
One plot or a whole farm06In the bot
Everything about the field on one screen
Dala holati brings together irrigation and its uniformity, the weather, the satellite image, spray windows and the reasoning behind the advice.
Dala holati · field screen07In the bot
Log and costs
Mark “Suv berdim”, rate the advice, and see pump hours and costs once the pump's flow rate is entered. The savings calculation relies on the log entries.
Actual irrigation → next calculation08Closed demo
Weather-based disease risk
Verified models for apple, grape, potato and tomato: scab, fire blight, downy mildew, powdery mildew, late blight. Background warnings for 9 more crops. Closed demo only for now.
A weather risk, not a diagnosis09Closed demo
Alfalfa after cutting
The “Beda o'rildi” button records a cut and recalculates the alfalfa's water needs. In closed demo for now.
A calculation that accounts for cuts10Closed demo
An app for the field
Map, log, imagery layers, offline mode and UZ/RU/EN. The demo farm is open to everyone; signing in with your own fields is limited for now.
Web app + Android APKOpen the app demo ↗11Closed demo
AI Agronom
Chat and leaf-photo analysis with the context of your field's calculation. The feature is in closed demo and not yet open to all farmers.
In limited testing12With the team
Past seasons' history
From the coordinates, the team goes through the Sentinel-2 archive and looks for periods of water stress. It takes about three days to prepare.
Retrospective review on request13With the team
A comparison on one field
A tool for a trial: one half of the field is irrigated by the advice, the other as usual. Paired images help compare; the trial itself hasn't started yet.
Trial set-up with the team14With the team
Terrain before a site visit
Elevation and slope from Copernicus DEM GLO-30 help make a first estimate of whether gravity flow is possible. The team prepares the review by hand.
Preliminary terrain assessmentFeatures as of 23 September 2026. Access to new tools is expanding gradually.
03 — TRY IT YOURSELF
One question.
A clear action.
Pick a scenario and see
how SUV AI helps through the day.
WHAT DO YOU WANT TO KNOW?
Connect your field ↗
This example is in English.
In the bot, advice comes in Uzbek.
SUV AIDemo example · illustrative data
💧 Suv holati
SAMPLE IRRIGATION ADVICE
Tomorrow — as planned.
In this example the irrigation volume is 160 m³. See how the pump's flow rate changes its running time.
Pump running time
40 m³/h120 m³/h
Time = volume ÷ pump flow rate. The water amount here is illustrative; get the calculation for your own field in the bot.
SCHEMATIC FIELD MAP
Moisture in the vegetation
LowerHigher
NDMI helps estimate the water content of the vegetation. It is a satellite index, not a direct measurement of soil moisture.
Colours are illustrative. The bot uses available Sentinel-2 and Landsat images with their observation date.
YOUR ACTIVITY LOG
Irrigated? Mark it.
Logging the actual irrigation helps the next calculation. The log lets you compare the advice with what you actually applied.
No irrigation is marked in this example yet.
Pump hoursm³Soums
This entry stays in this example only. In the bot, the history is kept for your field; the savings calculation depends on how complete the log is.
WHY THIS ADVICE
Behind the answer is a calculation.
The assistant uses the data of this specific field and explains its recommendation.
- Crop and soilFAO-56 water balance and the chosen irrigation method.
- Weather and observationsThe weather forecast, available images and how recent they are.
- Your actionsIrrigation history and pump flow rate, if a pump is used.
Field inspection and measurements help check and refine the calculation. Groundwater contribution and salt in the irrigation water are not yet taken into account.
Example answer, translated✦ From data to action
App · demo
Open the app demo ↗See the whole farm at once.
Map, log and imagery layers. The demo farm is open to everyone; connecting your own fields is limited for now.
04 — WORKING ON REAL FIELDS
We calculate every day.
We check in the field.
100 haunder the first contract
≈4 hatwo pilot fields: an orchard and a vineyard
862automated tests in the project as of 23 Sep 2026
The first contract is signed — for 100 ha with a large farm. Advice for the pilot has been logged since 9 August 2026. The team: product, engineering and a partner farmer.
Images have a date
Clouds and satellite pass times limit observations. Landsat complements Sentinel-2; daily images are not guaranteed.
The calculation needs checking
Crop coefficients are FAO-56 table values with an NDVI adjustment. Field inspection, pump data and on-field measurements are needed for local calibration. A satellite index does not replace a soil moisture sensor.
Savings are still being measured
There are no measured water savings yet. That requires irrigation records and meter readings; we don't promise savings percentages in advance.
05 — TEAM
The people
behind the advice.
Product, engineering and a partner farmer.
Real names — we stand behind the calculation.
Amir Negmatullaev
Author of the idea · product owner
Took SUV AI from the FAO-56 equation to a bot that writes to a real farmer every morning.
Husan Negmatullaev
Lead developer
Engine, satellite layer and infrastructure. The physics of the calculation is checked against the FAO-56 guidelines.
Farrukh Urunov
Pilot partner farmer
Two fields where the product is tested every day. His pump taught the bot to speak in hours, not cubic metres.
06 — SUV AI BLOG
Understand the field.
Decide with confidence.
Explainers on irrigation, satellite observations
and farm economics.
Irrigation and soilWater shortage 2026: how to irrigate when there is less water than your allocation
How to choose priority fields and take growth stages into account when available water falls short.
Read the article
Satellite dataOrchard water stress in NDMI images: a review of July 2025
A Sentinel-2 timeline, a comparison with past seasons and a check of why the index changed.
Read the article
EconomicsWhat an hour of pumping costs: the economics of drip irrigation
We convert the calculated water volume into hours and costs, and go through the assumptions and limits of the estimate.
Read the articleFrom practical questions to clear decisions.Choose a topic
A FEW MORE QUESTIONS
Before the first irrigation.
What do I need to start?
Open the bot and answer six short questions: crop, sowing date, area, irrigation method, soil, location. You trace the field boundary later on the Dala holati screen. After irrigating, tap “Suv berdim” — the bot counts from that mark. If the field is on a pump, we enter its flow rate and the advice comes in hours. You don't need to buy sensors to get started; measurements help refine the recommendations.
Which crops and irrigation methods are supported?
The engine has 34 crops: cotton, wheat, orchards, grapes, vegetables, melons, alfalfa and more. Drip, furrow with a pump or by gravity, and sprinkler are available. Rice only on drip or sprinkler; no recommendations are given for flooded rice.
Can I upload several fields at once?
Yes. Besides tracing the boundary in the Mini App, you can import KML, KMZ, GeoJSON and shapefiles — up to 10 fields per chat. For a farm with more fields, the team sets them up.
What happens if the field is under clouds?
Besides Sentinel-2, Landsat 8/9 images are used. If there are no suitable recent images, the calculation relies on the data available. The observation date matters: the satellite doesn't see the field continuously.
How accurate are the recommendations?
A sensitivity test of the calculation, run on live weather for the two pilot fields on 23 August 2026, gives a rough guide of ±1–2 days for “today/tomorrow” advice and ±3–4 days for a week ahead. Without calibration, the volume can be off by up to ±30%. There is no ground truth yet (a moisture sensor or a water meter), so these are the bounds of an internal estimate, not measured accuracy.
Can I already use the app and AI Agronom?
The demo farm in the web app is open to everyone. There's an APK for Android; on iPhone you use the web app. Signing in with your own fields, AI Agronom, weather-based disease risk and alfalfa cut tracking are still in limited demo. The app is not yet published on Google Play or the App Store.
What isn't in the calculation yet?
Groundwater contribution and salt in the irrigation water are not yet taken into account. For fields irrigated with drainage water, the amount may be underestimated — tell us before connecting. The assistant does not replace field inspection or an agronomist's work.
SHALL WE START WITH YOUR FIELD?
Start
with one field.
Meet Suv AI Add the boundary, crop and irrigation method. Then get advice for your field.