AT&T and Ericsson complete live 5G drone-detection sensing test, aiming at future 6G capabilities

AT&T (NYSE: T) said it and Ericsson completed a live test of advanced 5G “network sensing” technology intended to help detect drones in the air. The trial, described in a report carried by Yahoo Finance, focused on using sensors embedded in the existing 5G network rather than relying only on standalone radar or cameras to find targets.

According to the report, the demonstration used AI-driven algorithms to detect, locate, and track drones in real time. The companies’ framing is that this kind of sensing approach can turn parts of the communications network into an operational detection layer for public-safety, security, and other aviation-adjacent monitoring scenarios.

AT&T did not provide additional public detail in the Yahoo Finance write-up beyond the high-level description of the test. The report characterizes the work as a live network exercise, but it does not specify the test location, the drone types involved, performance outcomes, detection accuracy, tracking latency, or how the results were validated.

The report also linked the trial to longer-term research goals, suggesting that capabilities demonstrated in today’s 5G environment could inform future 6G development. In practical terms, that means improving how cellular networks “sense” and interpret indicates to determine what is happening beyond purely delivering data services.

Network sensing is an emerging theme in telecom because it changes what a carrier’s infrastructure can do. Instead of treating the radio network solely as a pipeline for phones and IoT devices, sensing techniques aim to extract additional meaning from radio interactions, then use machine learning to classify events. In drone detection, that could allow faster identification and more continuous tracking than technologies that must be deployed separately.

For AT&T, work like this sits at the intersection of communications upgrades and the company’s broader effort to sell enterprise outcomes, not just bandwidth. As drones are used more widely for industrial inspections and are also used in ways that can raise safety and security concerns, carriers and equipment vendors have been exploring whether ubiquitous coverage can be repurposed for sensing and situational awareness.

The Yahoo Finance report does not disclose whether AT&T plans to commercialize this exact sensing setup, when that could happen, or how it would be packaged for customers. It also does not describe the regulatory or privacy considerations that typically accompany real-time tracking capabilities.

What to watch next is whether AT&T and Ericsson publish further technical results and deployment plans, such as pilot timelines, integration into customer workflows, and any measurable performance targets. Additional disclosures would be especially important to understand how reliably the system performs across weather, clutter, and different drone profiles, and how it interoperates with existing security operations.