Highly Accurate and Secure Distance Measurement Using Bluetooth® Low Energy Technology

An imec webinar, supported by Bluetooth SIG

Presenters:

  • Henry Wong, Senior Manager, Market Development, Bluetooth SIG
  • Christian Bachmann, Program Director, imec

Date and Time: 24 May, 8:00am PDT

Description:

The value of Bluetooth® Low Energy for applications that demand high-accurate positioning is no longer in doubt. Already, it’s being used across a wide range of applications, from asset tracking to indoor navigation to keyless entry. And the best is yet to come: through a combination of phase-based distance measurement and advanced signal processing, the accuracy of Bluetooth distance measurement will yet improve – even in challenging environments such as indoor locations with lots of reflection.

Combine these technical possibilities with its widespread adoption, and it’s clear that Bluetooth technology can become a leading and flexible solution for an expanding range of use cases that require accurate positioning. Moreoever, it can become a technology that offers airtight security against threats such as location spoofing and relay attacks – that manipulate the communication between two entities and decrease the measured proximity.

That’s why it’s essential to combine advanced techniques for high-accuracy distance measurement with solutions to safeguard the technology against wireless relay attacks. At imec, we work on this both at a hardware and software level. For more details, tune into our webinar, which we will host in collaboration with Bluetooth Special Interest Group (SIG).

About imec:

imec is an R&D hub for nano- and digital technologies. They believe in the combination of extremely talented people and world-class infrastructure to enable a prosperous and sustainable future for all.

Related Resources:

Video: The Myths & Facts About Bluetooth® Technology as a Positioning Radio

Blog: Why Bluetooth Technology Is the Preferred Choice for Location Services Solutions

Bluetooth Location Services Infographic

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