How will sensing transform wireless networks in the 6G era?

A major catalyst for 6G is the convergence of physical, digital, and virtual realms, which enables new user experiences and applications. Wireless sensing plays a crucial role in this transformation, as it allows for the detection and recognition of the physical world before it is mapped to the digital world and interacted with in the virtual realm.

Wireless sensing can redefine how we detect objects, motions, and even gestures, all without the need for active electronics on the target. This emerging wireless capability complements traditional sensors like cameras and lidars, enhancing environmental perception and interaction. By leveraging existing communication systems, wireless sensing unlocks new applications across various sectors, including healthcare, transportation, and aviation.

As we look towards the future with 6G, integrated sensing and communications (ISAC) represents a significant leap forward. Combining these two capabilities can enable unprecedented system efficiencies and pave the way for innovative use cases that will shape the world of 2030 and beyond.

The main topics discussed include:

• A closer look at wireless sensing: its mechanisms, functionalities, and the exciting use cases it can enable
• The synergies between wireless sensing and communications, and how 6G ISAC can deliver new efficiencies
• The latest industry advancements, from vision and research to standardization and beyond
• An exclusive look at Qualcomm’s advanced testbed, paving the way for wireless sensing as we transition to 6G