Understand your soil
Soil sensorsMoisture, temperature and salinity (EC) at two depths in each sector. Faulty or silent sensors are flagged and ignored.
Built for large export farms · Egypt · Saudi Arabia · Oman
Soil sensors, weather and an AI advisor that proposes what to irrigate, fertilize and spray. Your engineer approves every action.
One dashboard that turns sensor readings into proposed actions, with the reasons shown.
Moisture, temperature and salinity (EC) at two depths in each sector. Faulty or silent sensors are flagged and ignored.
Temperature, humidity, wind, rain and solar radiation give the daily crop water demand (FAO-56 ET0).
Proposes when and for how long to open each valve, and defers irrigation when rain is coming.
Proposes an injector run when soil salinity allows. Holds fertilizer and asks the agronomist when it is too high.
Tracks sprays and pre-harvest intervals and warns before a harvest date would break one.
The engineer approves or rejects every request. Who proposed, who decided and when is always recorded.
The agent reads the farm and proposes. It never acts on its own. A valve opens or the fertilizer injector runs only after an engineer approves, and safety is checked again at approval.
Numbers come from known formulas, not a black box, and every recommendation shows its reasons.
LoRaWAN soil, weather and water sensors report to a gateway and an edge PC on the farm.
The agent checks moisture, salinity, forecast and spray records, then proposes irrigation, fertigation or a wait.
Approve or reject from the dashboard, then replay the whole day hour by hour to see what happened and why.
One screen for every sector, with proposed actions, decisions and results. Measure water and fertilizer per kilogram of fruit.
Start the day with a ready list of proposals. Approve in one click, reject with a reason, and tune the crop settings.
Record sprays, see the safe harvest date for each sector, and get warned before a harvest breaks a pre-harvest interval.
The spray log checks recorded spray timing. It is not a residue lab test.
Standard LoRaWAN hardware from established manufacturers. We help you select, quote and commission it for your farm.
Moisture, temperature and EC at 10 and 20 cm in each sector.
Temperature, humidity, wind, rain and solar radiation for accurate ET0.
LoRaWAN radio coverage plus a local computer that keeps working if the internet drops.
Controllers for sector valves and the fertilizer injector, added after the pilot proves the advice.
No complicated project. We handle the technical work, you keep control of your farm.
Sensors, weather station and gateway are bought for your farm and belong to you. We choose the models with you and help you quote and import them.
Our team installs the system on your farm, connects it, tests it, and fixes problems when they happen.
The software, updates and support come as a yearly subscription. You start with a defined pilot, then decide.
Hardware cost depends on the number of sectors and sensors. The subscription depends on farm size. We send a clear proposal after a short call.
A small, measurable trial on a few sectors, next to a normal sector for comparison.
We measure water and fertilizer per kilogram of fruit during the pilot. We do not promise savings before then. Any numbers in our materials are scenario assumptions until your farm's data replaces them.
It reads your sensors and weather, calculates crop water demand, and proposes when to irrigate, whether to run fertilizer, and which sectors are safe to harvest. It explains why for each proposal.
No. It only proposes. An engineer must approve every action, and the system checks safety again at approval. For example, it refuses an injector run when soil salinity is too high or the water valve is not open.
The agent flags the sensor, ignores it and lowers its confidence. If there is no valid data for a sector it does not advise and alerts the engineer.
The dashboard has English and Arabic interfaces, and the reports can be printed in both.
Our team installs and supports it on your farm. You need LoRaWAN soil sensors, a weather station with solar radiation, a gateway and a small edge PC. To control valves and the fertilizer injector you also need controllers that can be switched electrically. We help you choose and quote them, and you own the hardware.
Our prototype runs on simulated farm data and simulated valve and injector commands. Real sensors and controllers are connected during the pilot.
No. It records sprays and checks pre-harvest intervals so harvests are planned safely. Residue testing is done by a laboratory.
There are two parts. You buy the hardware once and own it. The software, updates and support are an annual subscription, and you start with a defined pilot. Prices depend on farm size and the number of sectors, so after a short call about your farm we send a clear proposal.
Request a demo below. We walk you through the dashboard, then agree on sectors, hardware and timing for a pilot.
Request a demo or ask us anything. Tell us about your farm and we will reply to arrange a walkthrough.
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We received your request and will reply soon. Every good harvest starts with a small first step.
Co-founder, Sales & Operations
Quotes, supply, projects and your first call.
Co-founder, Technology
The platform, sensors, data and technical questions.