Last updated: September 15th, 2026 at 09:48 UTC+02:00


Samsung successfully trials key 6G network technology with Verizon in the US

It can sense people's movements in near real time and optimize the network accordingly.

Asif Iqbal Shaik

Reading time: 2 minutes

Samsung Networks Verizon Integrated Sensing and Communication (ISAC) Field Trial Dallas Texas USA

Samsung Networks, Verizon

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Real-time heatmap of people movement during the field trial of ISAC technology by Samsung Networks and Verizon in Dallas, Texas, USA.

TL;DR

  • Samsung and Verizon completed one of the first real-world trials of ISAC, a 6G technology that combines sensing and communication on an existing commercial network.
  • Using Samsung’s Network in a Server platform, the trial produced near-real-time crowd density heatmaps from 5G signal variations at a Dallas soccer fan event.
  • The result suggests future networks could do more than carry data by helping operators improve performance, manage crowds, and prevent safety incidents.

Samsung has announced the successful completion of a field trial for a key 6G networking technology, Integrated Sensing and Communication (ISAC), in collaboration with Verizon in the US.

The trial was conducted over Verizon’s existing commercial network during an international soccer fan event in Dallas, Texas, in the US. It marks one of the world's first practical implementations of ISAC using current network architecture.

Verizon’s network uses on AI-powered virtualized RAN (vRAN), eliminating the need for standalone hardware. To perform the field trial of ISAC, Samsung combined its vCore, vRAN, and ISAC applications into its Network in a Server (NIS) platform, which consolidates all network functions and accelerated computing into a single server.

A CBRS radio unit using 40MHz of spectrum mounted on a Verizon Cell-On-Wheels setup acted as a sensing receiver, capturing channel variations from nearby 5G smartphones. Samsung's NIS then analyzed these signals to generate a near-real-time crowd density heatmap tracking movement.

This trial demonstrates how future wireless network and communication infrastructure will move beyond just data transfer, enabling networks to actively understand their environment and adjust accordingly.

It provides real-time visibility into crowd distribution, allowing operators to optimize network performance, help people locate less congested facilities, and reduce wait times. By detecting overcrowding early, it also enables early intervention to prevent safety incidents.