Project to develop miniature UWB modules for accurate location awareness

July 30, 2014 // By Jean-Pierre Joosting
The ALBIREO project was launched this month by CSEM along with SMEs 3db Access and Insight SiP.

They are joining forces to develop miniaturized ultra-wideband (UWB) technologies for enabling precise positioning between connected devices. Location awareness offers enhanced security for applications such as building access and mobile payments.

Short-range connectivity technologies such as Bluetooth are widely deployed and experience rapid market growth. Whereas they allow “plug-and-play” data exchange among connected objects, they suffer from poor distance measurement capability. Establishing accurate location awareness is thus not possible, which poses a significant threat to the security of the communication.

“The benefit of location-awareness is secure and convenient access control to assets such as vehicles or buildings”, says Boris Danev, CEO of 3db Access. “It is crucial to ensure that a transmitting device is in a precisely known range in order to secure a transaction with the desired receiver and not link to some unauthorized device situated at a larger distance.”

The ALBIREO project aims at leveraging Impulse-Radio Ultra-Wideband (IR-UWB) technology into miniature wireless modules that allow accurate measurement of the distance between communicating devices, thereby enabling reliable distance-bounding communication protocols. IR-UWB is being investigated worldwide for realizing high-datarate links, and interest has risen recently for exploiting the wide available bandwidth (above 500 MHz in the 6 to 9 GHz bands) to perform accurate distance measurement.

“This unique aspect of UWB combined with ultra-low-power integrated radios makes it an attractive technology for providing secure communication among connected devices and ultimately internet of things”, emphasizes Vincent Peiris, Head of the RF and IC group of CSEM. “Furthermore, the project is aligned with our mission to support SMEs with innovative technology transfer.”