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WMS module

The system tracks permit deadlines, not the manager's memory

Records, deadlines and reporting in one workflow

A digital operations logbook, asset records from the branch down to the device, and reports filled with data already in the system. AI loads the documents and your member of staff approves them.

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Intake documentation is the oldest layer in a water utility and the least often touched. Debt builds up in it quietly, right until the first inspection.
01Because
asset records, the operations log, deadlines and reporting all sit on one database
A well, its permit, its tests and its last maintenance form one record in a six-level asset structure, not four files in four departments.
02you catch up on the technical debt
the paper archive enters the system through AI reading, with no manual re-typing
You upload decisions, record sheets and test results as scans, and the system prepares draft entries with a marked confidence level. We configure the report wizards on our side.
03and operations become predictable
the reporting period closes without ringing round the departments
The form for Polish Waters, the Central Statistical Office and the Sanitary Inspectorate is pre-filled with operational data, and the system tracks a dozen or more types of deadline. A late-filing penalty stops being a scenario.
WMS - pulpit organizacji z trendami i wskaźnikami

Three problems we solve

Each of them starts innocently and only costs you once there is no time left to react.

A simple answer takes half a day

Someone asks about the history of well number four, and you ring round three departments and leaf through a binder. After implementation the answer is in the asset file: documents, measurements, tests and costs in one place, linked to that specific well.

A person tracks the deadline, not the system

As long as permit dates live in someone else's calendar, one absence is enough for a deadline to slip by unnoticed. WMS tracks a dozen or more types of deadline in the background and flags them well before the date, regardless of who is at work.

An electricity bill with no address

Pump energy is usually a water utility's highest operating cost, and the invoice shows only a total. WMS converts it into indicators comparable across assets, so you can see which one is consuming disproportionately much.

Who WMS is for

Municipal and communal water utilities

Municipal water and sewerage companies and communal utilities managing public intakes - from a handful to several dozen wells.

Water associations

Smaller operators supplying water to municipalities, housing estates, housing cooperatives and dispersed customers.

Industry with its own intakes

Production plants, mines and factories operating their own deep wells for process needs.

What WMS can do

One environment for the entire intake life cycle - from the well record sheet to the annual report.

A digital well operations logbook

A complete operating log for every well across 12 tabs: record sheet, water levels, abstraction, quality, maintenance, failures, inspections, pumping tests. A statutory obligation in digital form - the asset's whole history in one place.

Asset records from branch to device

Six structural levels: branch, municipality, treatment station, intake, well, device. A single source of truth about the whole infrastructure, mirroring how the utility is really organised.

An automatic deadline guardian

The system tracks more than a dozen types of deadline and expiry on its own: water permits, tariffs, risk analyses, reports and reviews. It warns you in advance - no deadline is missed.

Regulatory reporting in one place

Polish Waters, the Central Statistical Office, the Sanitary Inspectorate, the waste database, emissions (KOBiZE/E-PRTR) and wastewater. Wizards with pre-filled forms, a full workflow (draft, ready, submitted, confirmed) and PDF generation.

Intelligent document loading

You upload a decision, a record sheet, an invoice or a test result - the AI reads the content and prepares an initial draft. The AI proposes, a person approves. No more manual re-typing.

Energy cost control

The cost of producing 1 m³ of water (PLN/m³), energy intensity (kWh/m³), station benchmarking and detection of contracted power exceedances. Invoices entered manually, from the national e-invoicing system or through AI reading.

Water quality and the laboratory

A sampling schedule, in-house and accredited test results, automatic flagging of limit exceedances and trend charts. An immediate response to health risks.

Drinking water risk assessment

A dedicated three-layer module compliant with EU Directive 2020/2184 (mandatory from 2026): the catchment area, the supply system and priority premises, with registers of control measures and corrective actions.

Well health analysis and recommendations

The system calculates the rate of change in yield and water level, estimates the number of months to a critical state, and rule-based recommendations point out where action is needed. Planning instead of firefighting.

Why WMS

What sets WMS apart from spreadsheets and separate tools.

From the well to the report

Physical infrastructure, the operations log, all regulatory reporting, energy costs and the laboratory - in one system instead of several tools and spreadsheets.

The AI proposes, a person approves

Documents are read automatically, but every result is only a draft with a visible confidence level. Nothing becomes an official record without approval - speed without losing reliability.

Ready for 2026

Built-in support for drinking water risk assessment (EU Directive 2020/2184) - you are ready for the obligation before it takes effect.

Energy as a saving

PLN/m³ and kWh/m³ indicators, station benchmarking and power exceedance detection give you concrete arguments for renegotiating contracts - a real reduction in the largest cost.

What it looks like in practice

WMS - pulpit organizacji z trendami poziomu wody i wskaźnikami

Organisation dashboard

A configurable dashboard showing the state of the business: water level trends, the number of permits and wells, and twelve months of abstraction. The key indicators on one screen.

WMS - rejestr studni z kodami, statusem i współrzędnymi

Well register

A well register with code, name, assigned intake, status, municipality and coordinates. Filtering and search across the whole asset base - the foundation of the digital operations logbook.

WMS - zgodność i sprawozdawczość

Compliance and reporting

Water permits, risk analyses and water safety plans, plus periodic reports: Polish Waters fee declarations, Central Statistical Office returns, waste database filings and emissions (KOBiZE/E-PRTR) - in one place, with deadline tracking.

WMS - centrum raportów i eksportów

Reports and exports

Ready-made PDF reports and CSV exports: abstraction, water level, water quality, permit status, and energy and energy intensity - filtered by date, intake and well.

Integrations

WMS works with official systems to reduce manual work and maintain compliance.

The national business register

When an organisation is registered, the system automatically pulls the company name and address from the official register using the VAT or court register number. Faster and without errors.

The national e-invoicing system

Energy invoices can arrive automatically from the National e-Invoicing System. Compliance with the e-invoicing obligation without entering bills by hand.

Document reading (AI)

The AI engine reads uploaded decisions, record sheets, invoices and test results and prepares initial drafts. It automates data entry and archive migration.

Control

Telemetry readings from the Control module (level, flow, power) available directly in the well file - remote oversight without a trip to the site.

The GIS mapping module

A spatial view of the whole infrastructure based on the coordinates of branches, stations, intakes and wells.

The field application (FSM)

One login connects the office with the field - infrastructure and permit data feeds crew work orders, with no double entry.

Three things we hear before a WMS decision

Answers without waiting for a sales conversation.

"We have ten years of paper archives"

That is exactly why migration runs through AI reading. You upload decisions, record sheets and test results, and the system prepares draft records with a marked confidence level. Your member of staff approves instead of re-typing.

"Our reports use a non-standard format"

As standard we support Polish Waters, the Central Statistical Office, the Sanitary Inspectorate, the waste database, KOBiZE and E-PRTR. If your authority requires a different format, we prepare a custom template as part of the implementation.

"Risk assessment is not a problem until next year"

The obligation under Directive 2020/2184 covers three layers and an exchange of data with an assessor. The module is already in WMS, so you can start gathering the input data now rather than in the month of the deadline.

Frequently asked questions

How long does a WMS implementation take?
The system is ready for immediate use. Once you request a demo and we agree the scope, we activate your organisation's account within 1-3 business days. Your team can start using the platform straight away - importing existing data (technical documentation, measurement history, water permits) and training run in parallel over the first one to two weeks. We match the scope of the data import to the scale of your infrastructure.
How does AI document reading work?
You upload any document - a water permit decision, a well record sheet, an energy invoice or a test result. The AI engine reads its content and prepares an initial draft record with a marked confidence level. Nothing enters the system automatically: a member of staff verifies and approves the data. This dramatically speeds up data entry and paper archive migration without losing control over accuracy.
Does WMS integrate with our existing telemetry?
WMS integrates natively with the Control module, which is our own telemetry and monitoring system - with no extra configuration. For third-party telemetry systems we work with industrial protocols (Modbus, OPC UA, MQTT) and REST API integrations. We agree the specific integration scope during the implementation conversation, depending on your measurement devices and existing infrastructure.
Which regulatory reports and returns does WMS handle?
WMS handles obligations towards Polish Waters, the Central Statistical Office, the Sanitary Inspectorate and the waste database, as well as emissions (KOBiZE/E-PRTR) and wastewater reporting. It covers, among others, Polish Waters fee declarations, statistical returns, waste transfer notes, the register of delivered wastewater and the annual aggregate water quality assessment. Forms are pre-filled with operational data, run through a full workflow and generated as PDFs. If your authority requires a specific format we do not support as standard, we prepare a custom template as part of the implementation.
What happens as a water permit approaches expiry?
WMS automatically monitors the validity dates of every water permit in the organisation. Permits are marked with statuses: VALID (green), CRITICAL (expiry approaching, red) or EXPIRED. The number of expiring and expired permits is visible on the organisation dashboard from the first login. We set up email alerts about approaching deadlines according to your team's preferences (typically 90, 60 and 30 days before expiry).
Does WMS support the new drinking water risk assessment?
Yes. This is handled by the WSP (water safety plan) module inside the operations logbook, compliant with EU Directive 2020/2184 (mandatory from 2026) and covering three layers: the intake catchment area, the supply system and internal installations in priority premises. The module supports preparing the input data, exchanging packs with an external assessor, importing the completed assessment and maintaining registers of risk control measures, the monitoring schedule and corrective actions.
Where is our data hosted?
As standard we deliver WMS in a cloud (SaaS) model - data is hosted in the cloud on servers located in the European Union, in line with GDPR requirements. We use encrypted connections (HTTPS), encryption at rest and automatic backups. For customers whose security policy requires data to remain on their own infrastructure, we offer an on-premise deployment - a full WMS installation on the customer's servers. Both options run the same software and have identical functionality.
What does the commercial model look like?
WMS is billed on a SaaS basis - a monthly or annual subscription, with no licence costs and no infrastructure investment on the customer's side. Pricing is individual, based on the scale of the infrastructure (the number of intakes and wells), the number of users and the scope of integration with existing systems. As standard the contract includes technical support, updates and hosting. In the on-premise model we bill the licence and technical support separately.
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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.

WSP - a statutory obligation
The module sheet and the risk assessment rollout path
Kod QR: PBW - obowiązek ustawowy
hydronexis.pl/pbw
Platform catalogue 2026
PDF: five modules, implementation, data security
Kod QR: Katalog platformy 2026
hydronexis.pl/katalog
Book a free consultation
Contact form, takes 30 seconds to complete
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Next step

We start from your deadlines, not from a presentation

In the first conversation we go through the list of permits, reports and archives that need to be migrated. You come away with a pilot scope, not a quote.

What you get after the conversation
01A list of the regulatory deadlines WMS will take over from your team
02An assessment of how much of the archive can be loaded by AI reading and how much needs manual work
03A 60-90 day pilot scope with a schedule and a division of tasks