Local authority launches tender for smart water management system
Tender seeks integrated smart metering, SCADA and GIS tools to modernise drinking water networks and support efficient resource management for residents.
Tender seeks integrated smart metering, SCADA and GIS tools to modernise drinking water networks and support efficient resource management for residents.
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An intelligent water supply monitoring and management project from GMINA RUSIEC sets out plans to combine smart meters, SCADA controls, a Geographic Information System (GIS), and a mathematical decision model, alongside new drinking water access devices in schools. Published on 10th September 2026, the contract underlines how municipal buyers are now looking for fully integrated smart water platforms rather than isolated equipment purchases.
The Rusiec contract is framed around supporting more efficient management of water resources through a complete intelligent system. The notice specifies the delivery and installation of:
Together, these components add a digital layer from the point of consumption up to central control. Smart meters and network devices provide granular data on flows and usage. The SCADA platform then supervises and controls operations, while the GIS organises network and asset data in a single environment. The mathematical model is intended to turn this information into structured support for operational and planning decisions.
The inclusion of school drinking water devices places end-users clearly within scope. This is not only a network optimisation exercise but also a visible upgrade of water access in public buildings, which can carry social and health benefits alongside technical gains.
The Rusiec project sits within a clear run of similar tenders published in 2026 that point to a shared direction of travel. In March 2026, Gmina Pajęczno launched its own Water Resource Management Support contract to deliver “efficient water resource management” via GIS construction, zonal metering, upgraded water meters and new drinking water infrastructure.
Also in March 2026, Gmina Buczek issued a tender for a Water Resource Management System that closely mirrors the Rusiec scope: an intelligent monitoring and management system, network monitoring, SCADA, GIS, a mathematical model, and drinking water access devices in local schools. This suggests a shared template for how municipalities now define “efficient” water management: comprehensive monitoring, centralised data, and explicit links to public facilities.
In June 2026, Gmina Łowicz published its own Water Resource Management Support project, focusing on a GIS platform, zonal metering, radio water meter replacement and drinking water infrastructure in public institutions. Gmina Gidle, in May 2026, similarly went to market for Water Supply Infrastructure Management based on advanced water meters, software and GIS, with explicit reference to accessibility and sustainability regulations.
Beyond municipal administrations, water companies have been procuring similar capabilities. In June 2026, Compania de Apa Arad S.A. tendered for Water and Wastewater Infrastructure Digitisation, centred on smart metering with ultrasonic meters to enable real-time consumption monitoring and reduce verification and repair costs. In July 2026, Svazek vodovodů a kanalizací Ivančice moved ahead with a Smart Metering System Installation involving over 12,000 devices for online data readings, transmission and evaluation.
Across these notices, several priorities recur:
The Rusiec project clearly follows this pattern, combining advanced metering, supervisory control and geographic data into a single architecture.
A notable feature of the Rusiec tender is the explicit requirement for a “mathematical model for decision-making”. Similar language appears in the Buczek contract and in Gmina Paradyż’s July 2026 Water Resource Management Support project, which calls for a mathematical model for water distribution alongside network monitoring, an intelligent management system, GIS software and drinking water infrastructure.
This emphasis on modelling shows that buyers are not only collecting data but also planning to use it actively in day-to-day management and strategic choices. By requiring suppliers to deliver both the sensors and the analytical layer, contracting authorities are signalling a desire for actionable insight rather than raw telemetry.
Several 2026 tenders focus even more directly on losses and leak detection. In April 2026, Przedsiębiorstwo Wodociągów i Kanalizacji Sp. z o.o. w Wyszkowie published a contract for an Intelligent Radio Management System for the water supply network “to reduce water losses”, using water meters and a stationary reading system based on ISM radio technology. In September 2026, GMINA CHYNÓW went to market for a Water Supply Network Monitoring System specifically aimed at detecting leaks and reducing water losses.
Other buyers are combining loss management with wider digital upgrades. Gmina Wiskitki’s August 2026 Water Supply Equipment Installation contract covers leak-detecting flow meters, remotely read water meters, a teleinformatics system and staff training. Gmina Nowa Sucha’s July 2026 Water Supply Network Modernization project links a water loss management system with remote meter reading, telemetry, new meters and an information and payment platform for residents.
Against this backdrop, the Rusiec system’s blend of smart metering, SCADA, GIS and modelling sits squarely within a trend that treats leakage, performance and customer-facing tools as parts of a single, data-rich environment.
One of the more tangible aspects of the Rusiec tender is the installation of drinking water access devices in schools. Similar elements appear in several other 2026 projects. Gmina Buczek’s and Gmina Pajęczno’s water resource tenders, both in March 2026, provide for the installation of drinking water infrastructure, while the Łowicz contract highlights drinking water facilities for public institutions. Gmina Paradyż likewise includes drinking water infrastructure alongside its monitoring and management systems.
This consistent focus suggests that, for many authorities, smart water investments must translate into visible improvements in everyday settings such as schools and municipal buildings. The Gidle notice goes further by tying its intelligent management and monitoring system to “accessibility and sustainability regulations”, indicating that compliance and user access are now integral to technical upgrade programmes.
Several 2026 procurements underline just how integrated these platforms are becoming. In August 2026, EXPLOATARE SISTEM ZONAL PRAHOVA SA sought an Integrated Operational Monitoring System that combines GIS, SCADA and IoT components to improve the sustainability and efficiency of water infrastructure management. ZGK PSARY Spółka z ograniczoną odpowiedzialnością, in August 2026, tendered for an Intelligent Water Management System covering both water and sewage networks, including a GIS and remote reading infrastructure.
At the same time, other buyers are concentrating on specific layers of the stack. GMINA SIEPRAW’s August 2026 Water Meter Replacement Project focuses on a remote radio reading system for meters within an integrated IT environment, while Gmina Zarzecze’s September 2026 Remote Water Meter Reading System centres on implementing remote reading while integrating with existing systems.
For suppliers, the Rusiec contract underscores that authorities are now looking for solutions that span meters, telemetry, control systems, geographic data and analytical tools, often with a clear requirement to serve public institutions. From March 2026 through September 2026, the stream of tenders for smart metering, SCADA, GIS and leak detection systems points to a sustained market for end-to-end platforms as well as modular upgrades.
How successfully these systems will cut losses, improve service and support long-term planning will depend on implementation and integration across diverse local contexts. What is already clear from the Rusiec notice and its peers is that water sector procurement in 2026 is firmly oriented towards intelligent, data-driven management of drinking water networks.
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