Samsung and Verizon trial network-based sensing technology at major sporting event
Samsung and Verizon tested Integrated Sensing and Communication (ISAC) technology at a Dallas sporting event, using mobile network infrastructure to detect crowd density and movement without dedicated cameras or sensors. ISAC leverages radio signals already travelling through mobile networks, which interact with physical objects and can be analyzed to understand the surrounding environment. Rather than installing separate sensing systems, enterprises could potentially use existing mobile network infrastructure to gain sensing capabilities as part of their connectivity investments.
The trial demonstrated ISAC's capacity to extract environmental intelligence from radio signals that naturally bounce off objects and people within network coverage areas. By analyzing how these signals are altered by their surroundings, the system generated real-time density mapping and movement tracking across the venue without deploying dedicated camera systems or visual identification technology.
Beyond crowd monitoring, the technology holds potential applications across multiple sectors. Samsung identifies possible uses in drone detection, perimeter security for industrial facilities, and vehicle-to-everything communication systems. The key advantage is leveraging existing mobile infrastructure investments to add sensing capabilities rather than requiring parallel deployments of specialized monitoring equipment.
ISAC technology could reshape how organizations approach infrastructure investment and privacy considerations. Enterprises might reduce capital expenditure by consolidating sensing functions into existing networks, potentially lowering deployment costs. However, widespread adoption may raise questions about data collection oversight and signal-based surveillance capabilities. Telecom operators could gain new revenue opportunities by offering sensing services, while regulatory frameworks for this dual-use infrastructure remain undetermined as the technology moves toward potential commercialization.