Let’s be blunt: most utility conversations about AMI are still stuck in the wrong debate. Mesh vs. cellular. Public vs. private. Fiber vs. RF. That framing is already outdated. At this year’s TechAdvantage conference, Arkansas Valley Electric Cooperative (AVECC) and NRTC offered one of the clearest signals yet of where the industry is actually heading: hybrid, broadband-enabled, edge-intelligent networks that significantly reduce or balance the tradeoffs. Enabled by technologies like Itron’s Intelligent Connectivity platform, this approach is no longer theoretical—it’s a production deployment, operating at scale and delivering real results.

AMI 2.0 Moves Beyond Meter Replacement
For years, AMI has been treated as a meter replacement program—focused on improving billing, automating reads and modernizing aging infrastructure. That era is over. AVECC took a fundamentally different approach by starting with the network rather than the endpoints—building a fiber backbone, positioning broadband as a foundational asset and layering in distribution automation first. From there, the deployment expands into a hybrid AMI system powered by Itron’s Gen5 Riva network platform, turning the network into an operational system rather than simply a data collection tool. Once that foundation is in place, data becomes actionable, outages become visible in near real time and devices shift from passive endpoints to more active event-aware participants in grid operations. This is AMI 2.0 in practice - not just new meters, but a new way of operating the grid.

Hybrid Connectivity Combines Fiber and RF Mesh
At the same time, AVECC’s deployment challenges another growing narrative in the market: that fiber alone is the answer to grid modernization. Fiber is critical, and AVECC has made significant investments in a Gigabit Passive Optical Network (GPON)-based communications network that supports both utility operations and member broadband services. But even with widespread fiber coverage, the last mile remains a challenge—especially in low-density rural territories. The real innovation comes from how fiber is extended and integrated. By deploying Itron’s Fiber Mini Access Points (FMAPs), AVECC bridges fiber and RF mesh into a single, cohesive architecture. Fiber delivers speed and resiliency, RF mesh provides flexibility and reach, and FMAPs unify the two into an integrated network fabric. This is not redundancy - it’s intentional design that reflects Itron’s broader vision of hybrid, interoperable communications.

Operational Outcomes Define AMI Network Value
The impact of this approach shows up most clearly in operations. AMI conversations often focus on specifications like latency, interval reads and bandwidth, but AVECC’s deployment demonstrates what those capabilities actually enable. With Itron’s network technology in place, the system delivers near real-time visibility, low-latency communication and secure, resilient connectivity across the grid. More importantly, it changes how work gets done. Crews no longer need to verify restoration manually because the network confirms it. Outages are detected and localized faster. The system supports more dynamic operational response. At that point, the value of the network is no longer about technical metrics—it’s about measurable operational outcomes.

Distributed Intelligence Brings Analytics to the Grid Edge
This is where Itron’s Distributed Intelligence (DI) capabilities become the inflection point. By embedding intelligence at the edge, AVECC executes local analytics and decision logic within defined rules, selecting optimal communication paths, maintaining awareness of network conditions and automatically re-establishing connectivity after outages. The result is a system that is not only connected, but adaptive. In practical terms, this reduces truck rolls, shortens restoration times and increases confidence in system status. More broadly, it represents a shift toward more distributed, analytics-driven operations- one of the defining characteristics of Itron’s approach to grid edge intelligence.

Broadband Supports Both Member Services and Grid Operations
Another critical dimension of AVECC’s strategy is the role of broadband. This is not just a smart grid story - it’s a convergence story. By leveraging fiber investments to serve both member internet access and utility operations, AVECC is maximizing the value of its infrastructure while aligning with a model that Itron and its partners, including NRTC, are actively enabling across the industry. The same network that delivers high-speed connectivity to cooperative members also securely supports grid communications, edge intelligence, analytics and automation. For cooperatives, particularly in rural areas where infrastructure economics bring complexity, this dual-use model improves ROI, accelerates modernization timelines and creates a foundation for long-term innovation.

Hybrid Utility Networks Create a Modernization Blueprint
What AVECC has built is more than a successful project. It’s a blueprint for where utility networks are going. Not every deployment will look the same, but the underlying principles are becoming clear. Single-technology strategies don’t scale. Hybrid architectures provide the flexibility to balance cost, coverage and performance. And perhaps most importantly, networks must be designed with the future in mind—supporting distributed energy resources, advanced analytics and new customer engagement models. These capabilities are not enabled by meters alone, they depend on a communications platform, like Itron’s Intelligent Connectivity portfolio, that can support them end-to-end.

The industry has spent years debating connectivity approaches, but that phase is ending. The real question is no longer which network is best, it’s how to design networks that adapt, scale and evolve over time. AVECC’s deployment provides a clear answer. The future is not 100% fiber or 100% wireless. It is an integrated, hybrid model built intentionally to support long-term flexibility and growth.

AVECC Shows How to Move from Strategy to Deployment
What stood out most from this TechAdvantage session wasn’t a new technology - it was execution. AVECC didn’t wait for perfect standards or complete certainty. They aligned broadband and utility investments, deployed Itron’s platform strategically and built a network designed for what comes next. The result is a system that is more resilient, more intelligent and more adaptable—and one that is already delivering value.

For utilities evaluating their own modernization strategies, the takeaway is straightforward. The architecture is no longer theoretical. The technologies are available. With platforms like Itron’s enabling hybrid connectivity and distributed intelligence, the path forward is clearer than ever. The question is no longer what to build, instead it’s how quickly organizations move from discussion to deployment.