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DESCRIPTION:   'Title: Supertooth: Wideband Bluetooth Observation with a Ha
 ckRF\n   Tags: Radio Frequency Village | Creator Talk/Panel\n   When: Frid
 ay\, Aug 7\, 16:30 - 16:55 PDT\n   Where: LVCCW Level 1 Hall 1 409 (Radio 
 Frequency Village) - [1]Map\n\n   Description:\n\n   Modern Bluetooth envi
 ronments are inherently difficult to observe.\n   Classic piconets frequen
 cy-hop 1\,600 times per second\, forcing\n   sniffers to choose between tr
 acking a single connection or losing\n   visibility across the spectrum. S
 upertooth is an open-source\, C-based\n   SDR platform built on the HackRF
  that eliminates this tradeoff.\n   Instead of traditional hop-following\,
  it captures a fixed 20 MHz slice\n   of the 2.4 GHz band\, fanning the ra
 w IQ stream into parallel\n   per-channel demodulation workers. This appro
 ach provides simultaneous\,\n   real-time visibility into up to 20 BR/EDR 
 channels at once.\n\n   Each worker runs an independent GFSK demodulation 
 pipeline powered by\n   liquid-dsp\, feeds decoded bitstreams into access-
 code correlators\, and\n   hands matching frames to libbtbb for UAP recove
 ry and HEC-based clock\n   tracking\, all without needing to know a picone
 t’s future frequency\n   hops. Supertooth also features a hybrid mode th
 at decodes a Bluetooth\n   low energy advertising channel concurrently fro
 m the same 20 MHz\n   stream\, exposing advertising data alongside classic
  piconet activity\n   in a unified view. Per-role RSSI separation further 
 allows researchers\n   to distinguish central and peripheral transmission 
 patterns from\n   passive observation alone.\n\n   This talk walks through
  the tool end-to-end\, detailing how Supertooth\n   improves on traditiona
 l single-channel workflows like those used by\n   the Ubertooth. We will d
 emonstrate the platform live\, discuss current\n   recovery capabilities a
 nd the limitations of passive clock tracking\,\n   and outline a roadmap f
 or future development. The project is\n   open-source\, and the build requ
 ires only a HackRF\, libhackrf\,\n   liquid-dsp\, and libbtbb.\n\n   Speak
 erBio:  Dalton Cox\, Security Researcher at Skinny R&D\n\n   Dalton Cox is
  a security researcher at Skinny Research & Development\n   in Huntsville\
 , Alabama\, where he develops applied AI and various\n   tooling for cyber
 security operations. He is concurrently studying\n   Computer Engineering 
 at the University of Alabama in Huntsville. In\n   his spare time\, he pla
 ys strategy and card games\, experiments with\n   audio gear\, and dabbles
  in a variety of musical instruments.\n\n   Links:\n       Github - [2]htt
 ps://github.com/daltoncox/supertooth\n   '\n\n   1. #LVCCW_Level1_Hall1\n 
   2. https://github.com/daltoncox/supertooth\n\n\n
DTEND:20260807T235500Z
DTSTART:20260807T233000Z
LOCATION:Radio Frequency Village - LVCCW Level 1 Hall 1 409 (Radio Frequenc
 y Village)
SUMMARY:Supertooth: Wideband Bluetooth Observation with a HackRF
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