Connected Utilities

Zero Trust for the Grid: Why IT/OT Convergence Demands a New Security Model

Zero Trust for the Grid: Why IT/OT Convergence Demands a New Security Model
Volt Typhoon wasn't just a cyberattack - it was a strategic warning about the IT/OT boundary every utility now operates across. Zero trust is the only security model built for this threat environment, and private mobile networks are the foundation that makes it implementable. Here's what utilities need to know — and act on now.

Edge AI in the Substation: The New Frontier of Grid Intelligence

Edge AI in the Substation: The New Frontier of Grid Intelligence
Edge AI is reshaping how utilities manage the grid — moving intelligence from the control room to the substation itself. Small language models, autonomous agents, and hardened edge routers are enabling faster fault detection, predictive maintenance, and real-time load optimization. But distributed intelligence demands distributed security. Here's what utilities need to build both.

Protecting the AI-powered Grid: The Case for Private Mobile Network Security

Why Utilities Can No Longer Afford to Run AI on Public Networks
AI is reshaping utility operations, but many deployments still depend on public or legacy networks not designed for mission-critical OT, uplink-heavy telemetry, or cyber-resilient grid automation. This article explains why private mobile networks are becoming essential for secure AI-enabled utilities, reducing exposure to threats like Salt Typhoon and Volt Typhoon while supporting reliable, low-latency grid operations.

The Grid Is Getting Smarter. Is Your Security Ready?

The Grid Is Getting Smarter. Is Your Security Ready?
AI is moving from the data center to the substation — and the attack surface is expanding with it. Anterix, GE Vernova, and Palo Alto Networks lay out why private mobile networks are the only communications foundation that keeps pace with both the opportunity and the threat.

Connected Utilities: Governance, Orchestration, and Lifecycle Management of Utility Private Networks

Connected Utilities: Governance, Orchestration, and Lifecycle Management of Utility Private Networks
As utility private networks scale beyond pilot deployments, success depends on more than connectivity. This blog explores how utilities are applying orchestration frameworks, secure governance models, and lifecycle management strategies to build scalable, resilient, and future-ready private LTE and 5G infrastructures, ensuring long-term performance, compliance, and adaptability.

Connected Utilities: Edge Computing and AI for Predictive Utility Operations

Connected Utilities: Edge Computing and AI for Predictive Utility Operations
Utilities are unlocking real-time intelligence and predictive maintenance by combining edge computing and AI with private LTE/5G networks. This blog explores how utilities process critical data locally to automate decisions, detect anomalies, optimize asset performance, and improve operational resilience—laying the foundation for the autonomous grid.

Connected Utilities: Deployment Architectures and Spectrum Strategies for Utility Private Networks

Connected Utilities: Deployment Architectures and Spectrum Strategies for Utility Private Networks
Utilities are implementing private LTE and 5G networks across diverse environments—from turbine halls and substations to national grid systems. This blog outlines the key deployment architectures (site-specific, regional, wide-area, and indoor) and spectrum strategies utilities are using to deliver secure, scalable, and purpose-built connectivity for modern energy operations.
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