Why Visible Light Positioning is the Future of Indoor Drone Navigation
The Challenge of the indoor positioning system To push toward fully autonomous smart factories, drones and mobile robots are becoming indispensable. However, indoor autonomous navigation still faces a massive barrier:
Why Millimeter Wave Frequencies Change Physical Layer Security?
Modern wireless systems are shifting toward higher frequency bands, including millimeter wave and beyond, to exploit wider bandwidths for higher data rates and reduced latency [1]. While these bands unlock
NWE III in the Picturesque Mountains of Ponte di Legno, Italy
On January 13th, 2026, immediately following the 1st Winter School on Joint Communication & Sensing, the consortium gathered once again in the snowy town of Ponte di Legno for the
Why Privacy Is Critical (and Difficult) in JCAS
JCAS blends connectivity with perception. This perception is achieved by exploiting how radio energy interacts with its surroundings — people and objects reflect, absorb, and scatter the wave — and
Why New Waveforms Matter for JCAS
The Challenge of Communication and Sensing in One System 6G networks will not only connect people but also sense the world around them. This is the vision of Joint Communication
Why Transparent Antennas are Critical to JCAS in Mobile Devices?
Each generation of wireless communication has brought transformative changes to our daily lives and the design of mobile devices. With 6G on the horizon, one of its most promising features—Joint
Why Dynamic Multi-Band Selection is Critical for JCAS ?
In the evolving landscape of Joint Communication and Sensing (JCAS), the ability to flexibly choose between multiple frequency bands is not just a convenience, it’s a strategic enabler. From autonomous