Water rationing, measured
Know how many cubic metres actually reach your land
A meter on the pump outlet, soil moisture at two depths, and a valve that opens on the plant's demand instead of a timer. We start with measurement and end with a number you can check every day.
- Site survey at no cost
- A quote within 48 hours
- You speak to an engineer, not a call centre
2%±
Flow measurement accuracy
20-45cm
Soil moisture measured at two depths
55.5bn EGP
Irrigation modernisation financing
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01 Measure
Soil moisture, flow and weather, logged from your own field rather than assumed from an average.
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02 Schedule
Each block waters to what the crop needs that week, not to a rota fixed back in the spring.
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03 Automate
Valves and pumps follow the schedule on their own, and tell you the moment they do not.
Every stage reports what it did, so the saving is a reading you can check rather than a claim we make.
The scale of the problem
Every figure below carries its source. Check them.
2%±
Flow measurement accuracy
Source: OCT-FM-100 device specification across the stated operating range.20-45cm
Soil moisture measured at two depths
Source: The standard OCT-SM-200 probe configuration on drip and pivot installations.55.5bn EGP
Irrigation modernisation financing
Source: The Central Bank of Egypt's irrigation modernisation initiative, as announced.10km
Open-field radio range
Source: The stated maximum for the OCT-GW-400 gateway in open line of sight; real range is shorter with obstructions.What we do
Smart Irrigation & Water Rationing
Meters, soil-moisture probes and valve control that run drip irrigation from actual soil demand instead of a fixed schedule, with a monthly consumption report per plot.
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Real flow measurement
An ultrasonic meter on the pump outlet logs every cubic metre to ±2%.
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Moisture at two depths
A probe at 20 cm and another at 45 cm, because surface moisture alone lies after any irrigation event.
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Demand control, not a timer
The valve opens on a crop-specific moisture threshold and closes at field capacity.
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LoRaWAN connectivity
Up to 10 km range in open farmland, with no per-device monthly subscription.
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Independent solar power
A 10 W panel and a battery that carries each field unit through 14 consecutive overcast days.
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Leak and drought alerts
An immediate message on flow outside irrigation hours, or moisture below the stress threshold.
The rest of the smart village
Irrigation is where we start. It is not where the platform stops.
Groundwater & Well Management
Live monitoring of water table level, abstraction rate and pump efficiency, with an alert when the level declines persistently.
Solar-Powered Water Pumping
Converting irrigation pumps from diesel to solar, sized against real irrigation demand rather than the pump's nameplate rating.
Drinking Water Networks & Leak Detection
Dividing a network into district metered areas with live flow and pressure, so losses are located rather than merely totalled.
Smart Street & Village Lighting
Controllers on LED street columns with adaptive dimming, self-reported faults and per-column energy metering.
Air Quality & Environmental Monitoring
Monitoring stations for particulates, gases and noise, sampling every minute with an auditable record.
Data Platform & Reporting
One platform that collects every device reading, presents it per site, and produces the monthly reports and financing files.
What we ship
Field hardware and the software that reads it, specified in full.
OCT-FM-100 Ultrasonic Flow Meter
A meter with no moving parts, measuring flow in 2 to 12 inch pipes to ±2%, running five years on a battery.
OCT-SM-200 Soil Moisture Probe
A probe reading volumetric moisture, temperature and electrical conductivity at two depths - buried and forgotten for two full seasons.
OCT-VC-300 Valve Controller
A field unit driving up to six latching valves on solar, which completes the irrigation cycle even if the link drops.
OCT-GW-400 LoRaWAN Gateway
An eight-channel gateway covering up to 10 km in open farmland and serving hundreds of devices from one point.
Savings calculator
What would this save on your land?
The coefficients are maintained per crop - 21 of them so far - not averaged across the country. Enter your area and how you irrigate today, and get a written report.
Questions we are asked first
What is the Central Bank initiative for financing modern irrigation?
It is a facility launched by the Central Bank of Egypt to finance the conversion of farmland from flood irrigation to modern irrigation systems, with an allocation of 55.5 billion EGP, at zero interest to the farmer and a repayment term of up to ten years.
How it works matters: the initiative does not lend directly. It is the framework under which participating banks extend the financing. Each bank applies its usual credit procedures inside that framework and asks for the documents it ordinarily asks for. What the initiative changes is the rate and the term - not the existence of a credit assessment.
Who is eligible to apply for financing under the initiative?
The substantive condition is that the money converts flood irrigation to a modern method - drip or sprinkler - on an identified piece of land with a stated area and location, and that the applicant holds a clear legal position on that land: registered ownership, a valid lease, or a documented usufruct.
In practice, undocumented tenure is the single most common reason a file stalls, and the remedy is administrative rather than technical. Settle that point before anything else, because on its own it can take weeks that you do not want to discover after the rest of the file is ready.
Beyond that, the details vary between banks: minimum and maximum areas, acceptable collateral, and the terms of the particular tranche. Ask the branch you intend to apply to for its written terms sheet, and do not rely on a verbal summary.
What does zero interest actually mean? Is the financing entirely free of cost?
Zero interest means the farmer carries no return on the principal: you repay what you borrowed in instalments over the agreed term and the amount does not grow. The difference is compensated to the bank from the initiative's allocation, which is what makes this materially cheaper than any commercial loan.
It does not mean there is no cost at all. There are normally administrative charges to open the file, valuation or inspection fees, and the cost of collateral or insurance where required. These are set by the bank and vary between branches. Together they are small relative to the principal, but they are not zero.
Ask for a written statement of every charge before you sign, and work out the real monthly instalment including them. You are entirely entitled to ask, and any serious branch will answer it on paper.
Do you guarantee that the financing application will be approved?
No. And no supplier can honestly guarantee it. The credit decision belongs to the bank alone and turns on matters entirely outside our reach: your credit history, the collateral available, the branch's assessment of repayment capacity, and the bank's policy at that moment.
What we take on is the technical side of the file, and we take all of it: the system design, a bill of materials with its specifications, an itemised quotation, and pre- and post-conversion consumption based on an actual meter reading rather than an estimate. A complete technical file attracts fewer review questions and shortens the cycle. That is the limit of what a supplier can promise.
If anyone offers you a guaranteed approval, ask to see the source of that guarantee in writing. There will almost certainly not be one.
How much water can I really save, and where does that figure come from?
The range we quote is 25% to 40% against flood irrigation, and it is not a marketing estimate - it is the result of one fraction: application efficiency. Flood irrigation under ordinary field conditions runs at 50% to 65%; drip managed on a soil-moisture schedule reaches about 90%.
The arithmetic: if a crop needs 4,000 cubic metres per feddan inside the root zone, then at 55% efficiency you must pump about 7,273 m³, and at 90% about 4,444 m³. The difference is 39% of the original figure. With well-managed flood on laser-levelled land the difference sits near the lower end of the range.
The actual saving on your land is computed from your land's numbers: crop demand by the FAO Paper 56 method, and your current consumption metered during the baseline study. The savings calculator on this site shows the full working with each crop's coefficients.
From the knowledge centre
The Central Bank Modern Irrigation Initiative: How It Actually Works, and Who Decides What
A 55.5 billion EGP facility at zero interest over ten years to convert farms to modern irrigation. This is what the bank asks for, what we prepare, and where our role ends and its decision begins.
Application Efficiency: The Whole Arithmetic Behind Irrigation Saving
Why does scheduled drip save between a quarter and two fifths of the water? Not a technical miracle - a simple fraction: what reaches the root zone divided by what was pumped.
Why We Measure Soil Moisture at Two Depths, Not One
A single probe near the surface gives an accurate reading of a place that does not matter. The second probe, at the base of the root zone, is what tells you whether you are over-irrigating.
Tell us about your land
Send the area, the crop and how you irrigate today. You get a written proposal with the numbers in it, not a sales call.