Every industry asks different questions – baiond answers them in your words.
All industriesWe build the data journey for your case – let’s talk.
One data layer, seven functions, answers in plain language.
All functionsTwelve sensor families, every variant, and the ones we build for you.
All sensorsWater sensors tell you how much water flows, where it leaks, how high a level stands and how much rain has fallen. You catch the tap that runs all night and water the turf by demand, not by the calendar.
Water problems rarely announce themselves. A cistern that keeps refilling, a pipe that weeps under the floor, an irrigation line that runs after rain – each one shows up months later on a bill or as a stain on the ceiling. Water sensors make these moments visible early.
Flow and pressure sensors sit on the supply lines, level sensors in tanks and basins, rain gauges and tensiometers outside on the grounds. They send their readings wirelessly to the baiond Gateway, which compares them with the normal pattern. When 4.2 litres a minute still flow through an ablution area at 3 am, baiond reports it before the morning – with the meter, the room and the time it started.
Pick the variant that fits the place. Whatever you choose, the readings arrive in the same platform and answer the same questions.
Smart water meter
How much water passes through a pipe – and when it should not.
A flow sensor measures the volume of water passing through a pipe. It shows consumption per building or zone, reveals inefficient use and spots leaks as flow where there should be none. Read remotely, it replaces the monthly meter round with a continuous record.
Water pressure in pipes and irrigation – drops and blockages caught early.
A pressure sensor watches the force of water in pipes or irrigation lines. A sudden drop points to a break or leak, a steady rise to a blockage or a pump problem. Kept in range, pressure protects pipes and equipment; paired with a flow sensor, it gives a full picture of the system.
Detects rain and pauses irrigation so nothing is watered twice.
A rain sensor registers precipitation and holds back irrigation while it rains. Simple models switch on and off, more advanced ones estimate the amount. Either way, it stops the sprinklers running on a wet day – the easiest water saving on any grounds.
The exact rainfall per hour, day or season.
A rain gauge measures how much rain has fallen over a period. Unlike a simple rain sensor it delivers numbers, so irrigation can subtract natural rainfall and long-term water planning rests on your own site’s data rather than the nearest weather station.
Levels in tanks, ponds, basins and rivers – before they overflow or run dry.
A level sensor measures the height of water in a tank, pond, reservoir or watercourse, by ultrasound, pressure or capacitance. It warns before an overflow, signals when a refill is due and shows how reserves develop over a season. On rivers and basins it is an early flood warning.
How hard plants must work to draw water from the soil.
A tensiometer measures soil water tension – how tightly the soil holds its water and how easily roots can take it up. Where a moisture sensor reports content, a tensiometer reports plant stress. It is used in turf management and precise agriculture, and works especially well in sandy soils.
The water soil and plants lose – so irrigation matches real demand.
An ET sensor estimates evaporation and plant transpiration together, from temperature, humidity, wind and solar radiation. The result is the water actually lost on a given day, so irrigation replaces exactly that instead of following a fixed schedule.
Water where it does not belong – under floors, in plant rooms, along pipes.
A leak sensor detects escaping water by moisture on the floor, by unusual flow or by sound in the pipe. It raises an alarm the moment water appears, including in places nobody inspects – under raised floors, behind appliances, in underground lines.
pH, turbidity, salinity and oxygen in ponds, tanks and reused water.
A water quality sensor measures parameters such as pH, turbidity, salinity and dissolved oxygen. It matters wherever water is reused or drawn from ponds and natural sources: plants and turf get water that does no long-term harm, and the readings support environmental reporting.
Every variant at a glance, with the protocols the readings travel on.
| Variant | Measures | Typical use |
|---|---|---|
| Water flow sensor | Litres per hour, total volume | Consumption per building, night-flow alarms |
| Pressure sensor | Pressure (bar) | Pipe networks, irrigation, pumps |
| Rain sensor | Rain yes / no, intensity | Irrigation control on turf and green areas |
| Rain gauge | Rainfall (mm) | Irrigation planning, environmental monitoring |
| Water level sensor | Water level (cm, m) | Cisterns, retention basins, flood warning |
| Tensiometer | Soil water tension (kPa) | Greens, sports turf, vineyards |
| Evapotranspiration (ET) sensor | Evapotranspiration (mm per day) | Smart irrigation on golf courses and sports turf |
| Leak detection sensor | Water present yes / no, location | Plant rooms, archives, server rooms, insured buildings |
| Water quality sensor | pH, turbidity, salinity, dissolved oxygen | Irrigation ponds, water reuse, animal enclosures |
Data sheets (radio, power supply, protection class) for the variant that fits your site come with the quote. Request data sheets
A question this sensor answers, the way baiond answers: readings, reasons, a recommendation and the source.
The sensor reports to the baiond Gateway, the Space System puts the reading in context (location, threshold, history), and the AI agent turns it into an answer.
Source: Water-flow sensor + door contact · baiond Gateway · Space System
Water has been flowing at 4.2 litres per minute on the men's side for 2 hours, although the night baseline is 0. The flow is constant, not the on-off pattern of somebody using a tap, which points to a tap left open or a stuck valve on line 3. That is about 500 litres so far.
Have the caretaker close line 3 at the shut-off valve now and check the four taps in the morning. Replace the valve if the pattern repeats.
Would you like me to investigate further?
Looking closer. This is what the data shows:
Possible reasonsThe sensor reports to the baiond Gateway, the Space System puts the reading in context (location, threshold, history), and the AI agent turns it into an answer.
Source: Water-flow sensor + door contact · baiond Gateway · Space System
Understood. I keep watching Grand mosque · Ablution area, men's side and let you know if anything changes.
Where this sensor carries the answer.
A leak sensor on the floor alarms as soon as it gets wet. Hidden leaks show up as flow at a time when nothing should run – baiond compares the night flow with the normal value and reports the difference, usually before the next morning.
Often, yes. Meters with a data interface are read through the baiond Gateway; mechanical meters can be fitted with a pulse or flow sensor. Which applies to your site is checked during planning.
They stop watering by the calendar. Rain gauges subtract what fell naturally, tensiometers and moisture sensors show whether the root zone needs water at all. The savings depend on how the grounds were watered before.
They can give early warning. A level sensor in a river, basin or retention tank reports the rise at regular intervals, and baiond alerts you when a threshold you set is reached – together with the rainfall that led to it.
Tell us the place and the question. We name the variant, the quantity and what it costs.
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