Beyond Smart Metering: Why Operational Control Is the Next Step for Utilities

Why Operational Control Is the Next Step for Utilities

For the past decade, water utilities have invested heavily in Advanced Metering Infrastructure (AMI), giving them unprecedented visibility into their distribution systems. Utilities can now identify leaks more quickly, monitor consumption in near real time, and gain insights that were simply not possible with manual meter reading.

Those investments have transformed how utilities collect information. The next challenge is deciding what to do with it.

As utilities continue modernizing their operations, many are discovering that collecting data is only the first step. The next evolution isn't more information; it's operational control.

Data Without Action Has Limits

AMI has changed the conversation around water management by giving utilities a clearer picture of what's happening across their systems. When a leak occurs, consumption changes unexpectedly, or a customer account requires attention, the utility often knows about the situation long before someone visits the site.

Yet many operational workflows still end exactly where they always have: dispatching a truck.

A field technician is scheduled, a vehicle is sent, fuel is consumed, and valuable staff time is spent completing tasks that frequently involve little more than turning a valve. Utilities have become smarter, but the workflow has remained largely unchanged.

Modern Utilities Need Operational Control

Today's challenges extend well beyond reading meters. Utilities are being asked to do more with aging infrastructure, smaller workforces, tighter budgets, and rising customer expectations. At the same time, field personnel continue to face everyday hazards including aggressive animals, blocked meter boxes, traffic exposure, severe weather, and, in some cases, confrontational customers.

Every truck roll carries a cost, but not every cost appears on a financial statement.

Reducing unnecessary field visits improves efficiency, but it also helps protect employees by limiting exposure to situations that add risk without adding value.

Smart valves provide utilities with a practical way to introduce operational control into these everyday workflows. Instead of simply reporting that action is needed, they enable utilities to remotely disconnect or reconnect service, reduce flow during conservation events, isolate sections of the distribution system during emergencies, or respond to leaks without immediately dispatching a crew. Rather than replacing AMI, smart valves extend its value by allowing utilities to act on the information their metering systems already provide.

Operational control changes the equation. Instead of asking, "What happened?" utilities can immediately answer the next question: "What should we do about it?"

From One Use Case to Many

Remote shutoff valves were initially introduced as a way to improve the disconnect and reconnect process for delinquent accounts. The financial benefits were straightforward: fewer truck rolls, lower labor costs, and faster service restoration.

Today, utilities are finding value in far more applications.

Remote operational control is being used to support move-ins and move-outs, respond to leaks, automate portions of dead-end line flushing, assist with irrigation restrictions, improve backflow compliance, and strengthen emergency preparedness during droughts, freezes, and wildfires. What began as a collections tool is evolving into a broader operational resource that helps utilities respond more efficiently to a wide range of everyday challenges.

Rethinking Return on Investment

When utilities evaluate smart water technologies, the conversation often begins with economics. Reducing truck rolls can create measurable savings in labor, fuel, vehicle maintenance, and administrative costs.

What often surprises utilities is how quickly those savings accumulate. When the value of improved workforce efficiency, faster customer response, reduced operational risk, and enhanced employee safety are considered alongside direct cost reductions, the return on investment can be achieved much sooner than many expect. In many deployments, the business case extends well beyond a simple truck roll calculation.

The strongest ROI isn't created by saving money on individual service calls. It's created by improving how the utility operates every day.

Operational control improves customer service by shortening response times. It helps utilities make better use of limited personnel. It enhances employee safety by reducing unnecessary field work. And it provides greater flexibility when responding to emergencies or changing operating conditions.

The return on investment is no longer measured only by the cost of a truck roll. It is measured by the utility's ability to operate more effectively as a whole.

The Next Step in Utility Modernization

AMI transformed how utilities see their systems. Operational control is transforming how they manage them.

The future of smart water will not be defined solely by collecting more data. It will be defined by giving utilities the ability to act on that information quickly, safely, and efficiently.

The utilities that gain the greatest value from digital infrastructure won't simply know more about their systems. They'll have the operational tools to respond in real time, improve service, protect their workforce, and make every field resource count.