Water Intelligence — water resources analytics platform

Water resources, infrastructure and risks

The only analytical picture of water is from the basin to the consumer

The platform connects water bodies, basins, water use, water quality, hydrotechnical and utility infrastructure for demand balancing, condition monitoring and risk management.

Water Intelligence — river basin and water resource management map

For which management decisions

Water Intelligence supports the basin principle of management while providing a practical level of detail for a region, community, water utility or other organization.

Water balance

Comparison of available resources, intake, consumption, discharges and projected needs by territories and periods.

Water quality

Identification of spatial and temporal changes, risk zones, possible sources of influence and monitoring gaps.

Infrastructure

State of networks, structures, water intakes, wastewater treatment plants, emergency and modernization priorities.

Risks

Droughts, scarcity, flooding, pollution and response scenarios for population, economy and ecosystems.

What data does the system combine

The list of sources is determined during the discovery stage. The system can combine spatial, registry, statistical, documentary and operational data without public disclosure of information with limited access.

Water objects

  • rivers, lakes, reservoirs and underground waters
  • pools and catchments
  • hydrological stations and regimes

Water use

  • permits, withdrawals and discharges
  • consumers and industry needs
  • balances and limits

Quality

  • results of laboratory measurements
  • indicators of the state of water bodies
  • sources of influence and wastewater treatment plants

Infrastructure

  • water intakes, networks and structures
  • technical condition and accidents
  • reconstruction and protection projects
Geoinformation data of water management and infrastructure
Illustrative example of an interface based on existing geo-information and analytical solutions MagneticOne MT. The composition of layers, indicators and modules is adjusted according to the data and authority of the customer.

Key analytical modules

The system stores the spatial and temporal context of indicators, measurement units, source, methodology and update date.

Basin map

Water bodies, catchments, posts, users, discharges, structures and territorial restrictions.

Water balance

Resources, needs, shortages, seasonality and climate change scenarios and consumption.

Quality monitoring

Dynamics of indicators, excesses, spatial regularities and data quality control.

Assets and risks

Infrastructure, technical condition, criticality, failures, repairs and investment priorities.

How implementation works

Examination
We define management tasks, users, available data and access requirements.
Data model
We agree on classifiers, indicators, integrations, quality rules and updates.
Pilot environment
We configure priority maps, panels, analysis scenarios and user roles.
Scaling
We connect new territories, sources, modules, reporting and support.

Usage levels

Architecture can be formed for a national level, a ministry or public agency, a region, a municipality or an individual organization. Each level gets its own set of data, powers, indicators and reports.

National level

Water policy, basin balances and reporting.

Basin or region

Resources, water users, quality and risks.

Municipality

Water bodies, communal infrastructure and local needs.

Operator

Networks, assets, emergency, quality and investment program.

Related solutions and services

The platform can work as an independent analytical system or as an add-on to existing registers, geoportals and industry systems.

Next step

Let us discuss an analytical system for your objectives

We will clarify users, data sources, required modules, integrations and delivery format, then propose a clear implementation plan.