Water Level Monitoring System in Pakistan
Somebody drives to the site to look at a tank. That trip is the thing the sensor replaces.
VouchTrack fits ultrasonic or pressure level sensors to overhead tanks, underground reservoirs and tube wells, reporting the level continuously over the mobile network. You get low and high-level alerts, pump run-time, and consumption trends per site — without anyone driving out to check.
Sensor, network, dashboard
The sensor reports over the mobile network to the same platform that runs our vehicle tracking, so this sits alongside your fleet rather than in a separate system with a separate login.
- One dashboard for vehicles, sites and sensors
- Alerts by app, SMS, WhatsApp and email
- Scheduled reports and a documented REST API
- Installed and supported by our own technicians
How water level monitoring actually works
Most water losses are not dramatic. They are a slow leak nobody noticed for six weeks, or a pump that ran dry because a float switch stuck. Both are obvious the moment level is measured continuously.
Scroll the diagram sideways to follow all four stages.
The sensor suits the tank, not the catalogue
An ultrasonic head mounted above the water suits an open overhead tank or reservoir and never touches what it measures. A submersible pressure probe suits a borehole, a sump or anything with a lid you cannot cut. We fit whichever the structure allows rather than whichever we stock.
Ultrasonic (non-contact) or submersible pressure probe
Level becomes volume, per tank
A depth reading is not useful to an operations manager; litres are. Each installation gets a calibration table built from the tank’s actual geometry, so the dashboard shows 46,200 litres and 77% rather than a distance in centimetres.
Per-tank calibration table · litres and percentage
The trend matters more than the number
A tank at 40% is not information. A tank falling 340 litres an hour with every pump off is a leak, and a tank rising with no supply running is a stuck float. The platform watches the rate of change, not just the threshold, which is what catches the slow problems.
Rate-of-change alerts · low and high thresholds · pump-state input
The right shift gets called
Low level goes to whoever restarts the pump. A suspected leak goes to maintenance. A dry-run risk goes to both, immediately, because a pump running dry is a capital expense measured in hours.
Role-based routing · app, SMS, WhatsApp, email
What you actually get
Level without a site visit
Continuous reporting from the tank itself, visible on the same dashboard as everything else you monitor.
Low and high-level alerts
A threshold alert before a tank runs dry, and an overflow alert before water is wasted.
Pump run-time and cycling
How long the pump ran and how often it started — the pattern that predicts a failure before it happens.
Consumption trends per site
Daily and monthly draw per location, which is what exposes a leak or an unauthorised connection.
Solar or mains powered
Remote sites without reliable power can run the sensor on a small solar panel and battery.
Numbers, not just a live reading
A live value tells you the moment. The reports tell you the trend, which is what a budget conversation actually needs — scheduled to your inbox and exportable to Excel, CSV or PDF.
See the reportingThe difference it makes
Each of these is an outcome plus the mechanism that produces it, because a benefit without a mechanism is just a claim.
Leaks found by their rate, not their puddle
A slow loss is invisible on a sight glass and obvious on a trend line. That is the whole argument for continuous measurement.
How: Rate-of-change detection with pump-state correlationPumps protected from themselves
A pump running dry can be destroyed in under an hour. A low-level alert with the right routing costs nothing by comparison.
How: Low-level threshold with immediate role-based alertA power cut is reported, not silent
The most common failure is a system that simply stops reporting and nobody notices. Battery backup turns that into its own alert.
How: Battery-backed device raising a power-failure eventReadings your operations team can use
Centimetres of depth are a sensor output. Litres and percentage are an operational fact.
How: Per-tank calibration from actual geometryEvery tank on one screen
Housing societies, factories and municipal networks run dozens of tanks. Checking them by phone call is how weeks get lost.
How: Single dashboard across all monitored tanksConsumption patterns you can plan against
Once level is logged continuously, demand by hour and by day stops being a guess and starts being a schedule.
How: Continuous logging with scheduled reports and APIFigures shown are typical of what operators report rather than a guarantee. What your fleet recovers depends on where you are starting from — we would rather set the expectation honestly than win the order and miss it.
The technical detail
The questions a technical evaluator asks before a commercial one does. If something you need is not here, ask — we will answer it rather than route you to a brochure.
| What is measured | Water level as depth, volume and percentage; rate of change; pump run state where wired; mains power state. |
|---|---|
| Sensor type | Non-contact ultrasonic head, or submersible pressure probe for covered tanks and boreholes. |
| Range | Typically up to 10 m depth; deeper on request. Calibration table built per tank. |
| Reading interval | 5 minutes by default, configurable; immediate on threshold or rapid change. |
| Connectivity | Multi-network GSM SIM; on-board buffering when coverage drops. |
| Power | Mains with battery backup, so load-shedding raises an event rather than a silence. |
| Outputs | Live level, trend charts, low/high and rate-of-change alerts, consumption reports, REST API. |
| Installation | By our technicians. Overhead tanks are typically a few hours; boreholes depend on access. |
Before you commit
The things people ask us on the first call about this solution.
Ask a questionContinuous reporting from the tank itself, visible on the same dashboard as everything else you monitor.
A threshold alert before a tank runs dry, and an overflow alert before water is wasted.
How long the pump ran and how often it started — the pattern that predicts a failure before it happens.
Daily and monthly draw per location, which is what exposes a leak or an unauthorised connection.
Remote sites without reliable power can run the sensor on a small solar panel and battery.