The energy and utility industry is entering a period of compressed pressure.
Power demand is rising at a pace not seen in decades, fueled by data centers, electrification and distributed energy resources. Extreme weather is testing infrastructure built for a slower, more predictable era. A large share of the workforce is nearing retirement, putting decades of operating knowledge at risk. At the same time, customers are facing record electricity bills and lower satisfaction, while expecting the speed, transparency and control they receive in other parts of their lives.
J.D. Power 2026 Utilities Outlook reports average monthly residential electricity bills above $189, a 34% increase since 2020, with customer satisfaction at a record low. That leaves utilities with little room for sequencing. They must improve experience, absorb complexity and protect reliability at the same time.
The industry has not stood still. Over the past decade, utilities moved workloads to the cloud, deployed advanced metering infrastructure, upgraded outage management, digitized customer engagement, mobilized field operations and invested in analytics and automation. Each step created capability—few created connections.
Much of modernization was built in parts. Customer service, field crews and operations teams often still work from different systems, different data streams and different versions of the same event. The technology estate became richer. The operating model became harder to align.
The issue was never the absence of technology. It was the absence of a connected intelligence layer.
From systems to ecosystems
SEW.AI’s research across 470+ energy and utility partnerships finds that Customer + Workforce + Grid 360° synergy has emerged as a leading transformation priority. At the same time, more than two-thirds of utility executives indicate a preference for industry-specific Vertical AI over horizontal models, reflecting the growing importance of domain expertise in utility operations.
The customer impact is measurable. According to J.D. Power's 2026 Utilities Outlook, utilities that proactively communicate during outages score 52 points higher in customer satisfaction, while those that proactively communicate infrastructure investment updates score 82 points higher. The shift underway is not incremental modernization. It is a different operating model where customer intelligence, workforce activities and grid information continuously inform one another, enabling utilities to improve reliability, responsiveness and operational efficiency at the same time.
Why a Vertical AI-powered connected platform approach changes the equation
When a customer reports an outage, that signal should immediately inform dispatch priorities, crew routing and customer communication. When a technician completes a job, that update should close the loop for the customer while updating operational records. When grid data identifies an asset at risk, field scheduling should respond before customers experience an interruption.
This is what a connected energy and utility ecosystem looks like in practice. Two utilities illustrate what this produces at scale.
Spotlight: Omaha Public Power District
Omaha Public Power District (OPPD), a publicly owned utility serving more than 893,000 residents across 13 Nebraska counties, sought to improve customer experience, workforce effectiveness and operational coordination across its 5,000-square-mile service territory. Rather than modernizing customer and workforce functions separately, OPPD connected customer experience, field operations, outage management, asset information, scheduling, dispatch and enterprise systems into a coordinated operating environment.
Customer requests, field activities and operational data now move seamlessly across teams, improving visibility and decision-making. OPPD also enabled community members to report and track streetlight issues through the same digital experience used for utility services.
Spotlight: Southwest Gas Corporation
Southwest Gas serves more than two million customers across Arizona, Nevada and California. Its transformation focused on creating a connected customer experience spanning account management, service requests, customer communications and workforce visibility across residential, enterprise, agency and landlord customer segments.
Capabilities such as Tech-En-Route introduced uber-like real-time technician tracking and visibility, but the broader achievement was connecting customer-facing experiences directly to field operational workflows. Service requests, customer communications, scheduling and field execution became part of a unified service model rather than separate processes managed across different systems.
The Vertical AI dimension
Much of the AI conversation focuses on models and automation. Yet in energy and utility environments, the challenge is rarely access to data. It is understanding what that data means operationally.
An AMI alert, a weather event, a transformer loading condition, a missed field appointment and a customer outage report may appear unrelated in isolation. In practice, they are often connected signals within a larger operational picture. The ability to recognize those relationships and act on them determines whether AI becomes an operational capability or remains an isolated pilot.
This is why utilities are increasingly evaluating industry-specific AI approaches. Generic models process information. Utility-specific intelligence applies operational context, regulatory requirements, asset relationships and workforce realities to support better decisions. Connected operations and Vertical AI are not separate initiatives. One enables the other. They create the foundation for a People + Vertical AI framework where human expertise and AI-driven intelligence continuously reinforce one another across customer, workforce, business and grid experiences.
SEW.AI COSMOS is the platform architecture built on this premise. The industry's first AI-native platform for energy and utilities, COSMOS unifies customer experience, workforce experience, business operations and grid intelligence into a single connected fabric, where customers, workforce, operations and asset intelligence inform each other continuously. Built on Vertical Agentic AI, it is designed to address the full complexity of the modern utility operating environment: rising customer expectations, a decentralizing and electrifying grid, growing affordability and regulatory pressures and a workforce that needs tools as capable as the operational challenges it faces.
Building for what comes next
The utilities that lead through the next decade will not be those that modernized the most functions in isolation. They will be those that made their functions integrated from end to end, business processes inseparable with the power of People + Vertical AI.
As load growth accelerates, grid complexity increases and workforce dynamics continue to evolve, the challenge facing utilities is no longer one of digitization. It is orchestration. Customer expectations, field operations, asset performance and business priorities can no longer be managed as separate domains in a non-integrated environment.
Reliability has always been the industry's defining responsibility. What is changing is what enables it. In an increasingly dynamic operating environment, dependable service depends not only on physical infrastructure, but also on how effectively information moves across the enterprise and how quickly organizations can translate insight into action.
The future belongs to utilities that can operate as a connected enterprise rather than a collection of modernized functions. Those that can unify customer, workforce and grid intelligence around a shared operational picture will be better positioned to strengthen reliability, improve responsiveness and navigate the growing complexity of the industry transformation.
About SEW.AI
SEW.AI is the world’s #1 trusted and only Vertical AI platform for energy and water, connecting Customers, Workforce and Grid Assets on one secure, cloud-native foundation. Learn more at www.sew.ai.
