Digital Deals Reshape How U.S. Utilities Stop Water Loss

Utilities turn to digital partnerships and smart acquisitions to spot leaks faster and prove efficiency as pressure mounts to curb water waste

8 Jan 2026

Across America’s water utilities a quiet change is under way. Organisations once defined by pipes, valves and pumps are being reshaped by software, data and boardroom deals. The aim is simple: waste less water, and explain the savings to regulators and customers.

The pressure is mounting. Much of the country’s water infrastructure is old. Fixing it is costly, and rate rises are unpopular. At the same time scrutiny of “non-revenue water”, supplies lost to leaks, theft or faulty meters, has intensified. For many utilities, digital tools now look like the fastest way to respond.

What was experimental a decade ago is becoming routine. Leak-detection sensors, network monitoring and predictive analytics are moving into daily operations. Instead of waiting for pipes to burst or for periodic inspections, utilities can spot problems early, dispatch crews more efficiently and prevent small failures from becoming large ones. Continuous data is replacing guesswork.

Suppliers are adjusting accordingly. Rather than selling bits of equipment, they are trying to offer complete systems that blend hardware, software and analytics. Xylem’s purchase of a majority stake in Idrica is part of that push. Buying digital capability, rather than building it slowly in-house, allows it to offer utilities a single platform for monitoring and decision-making. Analysts note that customers increasingly want outcomes they can measure and justify, not a collection of disconnected tools.

Mueller Water Products is pursuing a different strategy. It has focused less on acquisitions and more on expanding digital services around its existing platforms, such as Sentryx and the leak-detection technology of Echologics. By embedding intelligence directly into pipes and valves, it hopes to help utilities locate losses precisely and prioritise repairs more sensibly.

The money involved is substantial. Non-revenue water costs American utilities billions of dollars a year. Digital systems promise earlier detection, fewer emergency call-outs and better planning of capital spending. Those benefits appeal to regulators as well as customers wary of higher bills.

The shift is not without problems. Software is not cheap. Data security needs constant attention. Staff must be trained to turn streams of information into action. Regulators, too, are watching closely as digital data plays a bigger role in investment decisions.

Even so, the direction is clear. Public funding increasingly favours projects that reduce waste, and expectations of water stewardship are rising. As digital intelligence fuses with physical networks, managing water loss is entering a new phase. Connected systems are no longer optional. They are becoming essential.