Vodafone and Tiami Networks Pilot Breakthrough ISAC Technology to Transform Smartphones into Active Radar Systems

Vodafone and Tiami Networks trial ISAC technology to turn 5G and 6G smartphones into radars, enabling object detection and 3D mapping without cameras.

By: AXL Media

Published: Feb 26, 2026, 4:32 AM EST

Source: The information in this article was sourced from ISPreview UK

The Transaction or Development

The telecommunications landscape has reached a significant milestone with Vodafone’s announcement of its partnership with Tiami Networks to test Integrated Sensing and Communication (ISAC). Conducted at Vodafone’s research facility in Malaga, Spain, the trials demonstrate that mobile broadband signals can be repurposed to function as a distributed radar system. By harnessing the echoes of radio waves, the technology successfully detected "unconnected" objects, including human movements, across a 5G network, proving that hardware already in the hands of consumers can be granted advanced sensory capabilities.

Regulatory and Competitive Landscape

As the industry prepares for the formal transition to 6G standards by 2030, Vodafone is positioning itself ahead of the curve by showing that ISAC is not limited to future spectrum. This move challenges traditional regulatory definitions of mobile networks, moving them from simple communication pipes to active surveillance and sensing infrastructures. According to industry analysts, this puts Vodafone in a strong competitive position against other European operators who are still focusing primarily on bandwidth expansion rather than software driven network intelligence.

Strategic Rationale and Market Impact

The strategic logic behind the ISAC initiative is to unlock massive economic value from existing 5G infrastructure. By transforming base stations into wide area sensors via Tiami’s PolyRAN application, operators can offer specialized services to a variety of industries. This shift reduces the dependency on specialized hardware for tasks like visitor tracking or infrastructure monitoring, potentially saving billions in deployment costs for smart cities. The market impact is expected to be profound, as smartphones evolve from communication devices into tools capable of "seeing" through walls to detect leaks or structural faults.