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Demonstration: Enhanced security in private networks

Ericsson delivers end-to-end security solutions for utility networks. This video highlights a security solution developed by OneLayer to enhance device security in private long-term evolution (LTE) networks. By linking device identifiers with IP addresses, the solution enables continuous monitoring, identifies traffic patterns, and detects anomalies to prevent unauthorized access.

Demonstration: Remote monitoring for distributed substations

The effective monitoring of distributed substations is critical to maintaining grid reliability. This video highlights how Ericsson's private LTE network enables AI-driven monitoring and robotic inspections for substations, reducing the need for manual intervention in hazardous environment conditions.

Demonstration: Mission-critical push-to-talk

Mission-critical push-to-talk provides utility workers with instant communication capabilities that support voice, video, and file sharing over a secure LTE network. In this video, you will see how mission-critical push-to-talk, push-to-video, file sharing, and location services enable fast, real-time troubleshooting for seamless utility operations.

Demonstration: Falling conductor use case

Ericsson’s UIC showcases how private LTE and advanced photonic management unit (PMU) technology can detect and de-energize falling power lines before they hit the ground, preventing wildfires. This video demonstrates how real-time analytics and fast-response automation ensure grid safety and resilience.

The Private LTE Network used at the Utilities Innovation Center includes Ericsson Radio System access and Router 6000 series transport, powered with Private Network packet core. Ericsson differentiates with cross-sector antenna sharing redundancy that provides reliable coverage across neighboring sectors.