Ultra-wideband (UWB) has become one of the most promising technologies for indoor positioning thanks to its robustness and high time-domain resolution. Big players such as Apple and Samsung have started to include UWB radios into their smartphones, whilst car manufacturers such as BMW, Volkswagen, and Tesla will soon rely on this radio technology to enable secure access to their vehicles. The range of UWB-based applications is not limited to mobile and automotive systems, but extends to asset tracking, building control, factory automation, and other location-aware IoT use cases.
The next generation UWB devices are finally offering secure physical layer extensions to prevent malicious entities from manipulating the distance and position estimation process, which is indeed an important requirement in safety-critical applications. A not yet investigated problem is how to exchange keys and how to coordinate secure distance estimation when these secure physical layer extensions are enabled. In this project, you will get familiar with these topics and investigate how to incorporate the UWB security physical layer extensions into modern and state-of-the-art IoT localization systems.