water utilities

Bridging the Water Infrastructure Gap: Building the Operational Data Foundation for Modern Water Utilities

Inkwelldata

17 Mar 2026 • 3 min read

The global water sector is entering a critical decade.

According to the World Economic Forum, the world faces an estimated €6.5 trillion water infrastructure investment gap by 2030. While investment in new assets will remain essential, addressing this gap will also depend on improving how existing water systems are monitored, operated and maintained.

Across many utilities, significant volumes of operational information are already generated through smart meters, pressure sensors, flow monitoring and network telemetry. Ensuring that this information can be integrated reliably across operational and enterprise environments allows it to support network performance, resilience and resource efficiency.

        Digital transformation in water utilities is therefore increasingly centred on establishing dependable operational data foundations.
    

From Connected Devices to Integrated Water Operations

Modern water utilities operate technology environments that have developed over many years.

Meters, sensors, pumps, valves and monitoring systems are deployed across networks, often sourced from multiple manufacturers and connected through communication technologies such as NB-IoT, LoRaWAN, wireless M-Bus and private networks.

As these infrastructures expand, information is generated across many devices, networks and platforms. Billing systems, operational dashboards, asset management platforms and analytics environments all depend on this data, yet each system may receive it through different interfaces and in different formats.

        Managing this environment requires a governed architecture capable of integrating devices from different manufacturers and technology generations while maintaining consistent and reliable information across the organisation.
    

Supporting the "One Water" Operational Model

Industry initiatives increasingly emphasise a "One Water" approach, where potable water, wastewater, reuse and environmental resources are managed as a coordinated system.

Delivering this vision depends on operational visibility across infrastructure assets. When telemetry from meters, sensors and operational systems can be integrated and analysed consistently, utilities gain a clearer understanding of network behaviour and resource flows.

This visibility enables earlier detection of anomalies, improved demand management and more efficient use of infrastructure, strengthening both operational resilience and long-term sustainability.

Operational Data Infrastructure

Altior supports this operational model by providing operational data infrastructure layer for smart water systems.

Positioned between field infrastructure and enterprise platforms, the platform integrates meters, sensors and operational devices from multiple vendors while governing how telemetry moves across utility systems.

Altior manages the lifecycle of operational information from device communication through to structured delivery into enterprise environments.

Core capabilities include:

Core Capabilities

Device and protocol integration, enabling meters, sensors and gateways from different manufacturers to connect through common operational interfaces

Communication virtualisation, allowing enterprise systems to interact with infrastructure through consistent interfaces rather than interpreting vendor-specific device behaviour

Data validation and metadata enrichment, ensuring telemetry is complete, timestamped and traceable

Security and governance controls, maintaining identity management, encryption and segmentation between operational and enterprise environments, including support for sovereign or on-premise deployment models

Event-driven routing, delivering structured data streams and operational alerts to billing platforms, asset systems, analytics environments and operational dashboards

Together, these capabilities create a controlled pathway through which information moves from field infrastructure to enterprise systems, enabling utilities to integrate diverse technologies while maintaining stable and predictable digital architectures.

Communication Virtualisation and Interoperability

A persistent challenge in smart water programmes is the diversity of communication behaviour across devices and manufacturers.

Altior addresses this through communication virtualisation.

The platform acts as a translation and abstraction layer between infrastructure devices and enterprise applications. Instead of requiring each enterprise system to implement custom integrations for different meter brands or communication protocols, applications interact through a consistent operational interface.

Altior manages vendor-specific communications in the background, translating device messages into structured information. Enterprise platforms therefore receive consistent data regardless of the underlying meter manufacturer, network technology or protocol implementation.

        This approach allows utilities to expand infrastructure estates while maintaining manageable digital architectures.
    

Towards Event-Driven Water Operations

When operational information is governed and accessible across systems, utilities can move beyond periodic reporting towards event-driven operational management.

Telemetry streams can be evaluated continuously, allowing utilities to detect abnormal consumption patterns, pressure anomalies, communication failures or irregular device behaviour.

These events can then be routed automatically to operational dashboards, maintenance workflows or customer platforms.

        In practice, this shift enables utilities to detect leaks, bursts and network anomalies far earlier than traditional monitoring approaches. Event-driven operational intelligence therefore plays an important role in reducing Non-Revenue Water (NRW) and improving the return on investment of smart metering programmes.
    

Strengthening the Digital Foundations of Water Infrastructure

Smart meters, sensors and connected infrastructure are transforming how water networks are monitored and managed.

Realising their full value depends on the ability to integrate operational information consistently across devices, networks and enterprise platforms.

By establishing a governed operational data foundation for diverse meter and sensor estates, digital infrastructure platforms allow utilities to convert fragmented telemetry into structured operational intelligence.

        In a sector facing infrastructure investment gaps, climate pressures and increasing regulatory expectations, the ability to coordinate operational information across complex water systems is becoming a defining capability for resilient and efficient water utilities.
    