You can see which pump is running off its curve
Real-time operating parameters for pumps, wells and reservoirs, alarms from every asset in one register, and remote control with every operation logged. No driving to the site just to check whether a pump is running.
Three problems we solve
All three come down to one thing: the pump is running and you do not know how.
The asset history in three places at once
Specifications in a binder, measurements in a spreadsheet, failures in someone's notes. To assess a pump's condition you first have to gather the data. Control keeps the records, measurements, alarms and documentation with the asset, so the assessment takes a minute.
You are the last to hear about a failure
Without continuous measurement, the first sign of a failure is often a call from a resident or the morning round. Control shows the state of pumps, wells and reservoirs as it happens and raises an alarm when parameters leave their normal range, not once the pump has already stopped.
An operating log that tells you nothing
A notebook at the asset meets the obligation but will not answer whether yield has been falling for three months. Control keeps the same log digitally, with trends and history, ready for a report without re-typing.
Who Control is for
Operations departments
Teams responsible for the day-to-day running of borehole pumps in municipal water companies and businesses with their own intakes - needing condition monitoring and alerts about anomalies.
Technical managers
People responsible for energy optimisation, reliability and infrastructure upkeep costs - needing analysis of operating parameters and operational reports.
Service teams and designers
Service departments handling call-outs and failure history, and designers sizing pump sets - needing one tool that brings together operational data, diagnostics and pump selection.
What Control can do
One environment for the whole of operations - from a measurement at the well to selecting a new pump.
Why Control
What sets Control apart from spreadsheets and scattered tools.
Control with a full audit trail
Starting and stopping pumps remotely, with every command recorded together with the time, source and author. A fast response without a trip to the site - and full accountability.
The AI reads, the algorithm calculates
The AI reads parameters from documents, including scans, but the pump selection itself is computed by a repeatable, auditable engineering algorithm rather than guessed. Reliability and professional accountability.
Data protection in the AI
Before documents are sent for analysis, personal data and identifiers (names, licence numbers, phone numbers, addresses) are masked. Only the technical parameters needed for the sizing reach the service.
Multi-company support
One installation serves multiple organisations or branches in separated data spaces. Ideal for capital groups and companies managing several entities.
What it looks like in practice
Four views from the application - from the operations dashboard to the well schematic with controls.
Operations dashboard
The number of active wells, devices switched off and active alarms. A map of asset locations with status markers - the full infrastructure picture in one view.
Reservoir visualisation
Reservoir specification, high and low level alarms, a graphical fill visualisation, a 7-day level history chart and a measurement table.
Pump diagnostics
Visual indicators of the pump's technical condition: energy efficiency, failure risk, geo-hydraulic parameters, motor temperature. Alarm zones with an immediate assessment.
Well schematic and controls
A full borehole schematic with operating parameters, an assessment of pump condition against its curve, and remote pump control with an operation history.
Integrations and the measurement layer
Control receives data from the measurement infrastructure and integrates with the other HydroNexis modules.
WMS
The well record sheet from WMS is supplemented with operational data and measurements from Control. We agree the integration scope during implementation.
SMS gateway and control
Control commands are sent to the well through an HTTPS integration with an SMS gateway. Every control action is recorded in the signal history.
Document reading (AI/OCR)
Automatic reading of parameters from permit reports, designs and specifications, including scans. Personal data is masked before sending.
Email notifications
Alarm and event notifications over SMTP, in line with each organisation's policy. Data export to PDF and Excel.
A proven measurement layer
For our deployments we supply the full stack: the Control application plus the measurement layer and telemetry gateways from Polish manufacturers we work with operationally. The customer gets one coherent system and does not have to coordinate several suppliers separately.
Probes and transmitters
Industrial-grade depth probes, pressure transmitters and temperature and flow sensors supplied by Aplisens S.A. - a Polish manufacturer of measurement and control instrumentation and a European market leader in this category.
Controllers and data transmission
Telemetry controllers (including SMART-500 and HydroCTRL AI) and transmission gateways supplied by Polish vendors with over 35 years' experience in automation and telemetry. Communication over RS-232, RS-485, M-Bus and wireless GSM and LTE-M.
The brands mentioned are trademarks of their respective owners. Operational cooperation covers deployments at shared customers.
Three things we hear before a Control decision
Answers without waiting for a sales conversation.
"We already have SCADA"
Control does not replace it. It integrates through a REST API and industrial protocols, and adds a layer SCADA usually lacks: pump diagnostics against its curve and kWh/m³ indicators per asset.
"Remote control is a risk"
Control permissions are granted by role, separately from viewing. Every command is logged with signal type, time, source and user. Control can also be run in read-only mode.
"We have no instrumentation"
Then we supply the measurement stack together with the application: Aplisens probes and transmitters and telemetry controllers. The hardware is billed separately by the suppliers, but we take on the coordination.
Frequently asked questions
How long does a Control implementation take?
How does pump set selection work, and what is the AI's role?
What measurement hardware works with Control?
Is remote pump control safe?
What does the system do when it detects an anomaly in pump operation?
Can one system serve several companies or branches?
Where is our data hosted?
What does the commercial model look like?
Materials and contact at hand
The code opens the page directly on your phone. You will find the same set at our trade fair stand.
We start from a single asset
In the conversation we establish what you measure at the well today and what is missing. We pick one reference asset and use it to show what a complete picture of pump operation looks like.