Spotlight

Before March 2013, the members of the UT Austin Radionavigation Lab and the Cornell GPS Lab had never heard of the superyacht called the White Rose of Drachs… They did, however, know something relevant to superyachts and other high-value maritime and aviation assets: how to spoof their GNSS navigation systems and how to detect spoofing attacks… The spoofing and detection tests started in earnest on Friday morning, June 27th, off the southern coast of Italy… The Cornell spoofing detection system … correctly identified authentic GPS signals as such. It correctly identified spoofing attacks after the victim receiver had been dragged off to a false position and timing fix. 

Continue reading the series of Cornell blog posts.

Norddeutscher Rundfunk (North German Broadcasting), a German public television service, produced the 44-minute documentary film “Im Visier der Hacker – Wie gefährlich wird das Netz?”  The film, whose title translates to “Targeted by the hackers: how dangerous is the power?,” features interviews with Dr. Humphreys and Daniel Shepard on GPS spoofing.  The film is in German, but the producers are preparing English subtitles.  

Watch the film at NDR’s website.

“Commercial drones expected to fly US skies in coming years, delivering pizza or monitoring power lines, would be dangerously vulnerable to hackers without a variety of potentially costly countermeasures to their GPS navigation systems, results of a federal study indicate.”

Continue reading the Christian Science Monitor article that features an interview with Dr. Humphreys.

Radionavigation lab alum Dr. Zak Kassas will join the Electrical Engineering Department at The University of California, Riverside (UCR) in the Fall 2014 Quarter as an Assistant Professor. Dr. Kassas’ Ph.D. focused on studying a novel navigation paradigm termed collaborative opportunistic navigation (COpNav). COpNav aims to exploit the plenitude of ambient radio frequency signals of opportunity in the environment (e.g., cellular phone, HDTV, AM/FM, etc) to enable navigation in GNSS-challenged environments, such as indoors, deep urban canyons, and environments under malicious attacks (e.g., jamming and spoofing). Prior to pursuing his Ph.D., Dr. Kassas was a Research & Development Engineer with the Control Design & Dynamical Systems Simulation group at National Instruments Corp. and an Adjunct Professor at Texas State University. Dr. Kassas is a senior member of the IEEE, has published more than twenty refereed journal and conference articles and a book chapter, and holds one U.S. patent. Dr. Kassas’ research at UCR will span the areas of estimation, navigation, autonomous vehicles, and intelligent transportation systems.

Dr. Kassas recently held a seminar targeted at Ph.D. students and postdocs with academic career aspirations to share his advice on landing a faculty position.

RNL presented at the 2014 South by Southwest (SXSW) festival in Austin, TX, which offers the unique convergence of original music, independent films, and emerging technologies.  

On Friday, March 7, Dr. Humphreys and Jahshan Bhatti presented “Location Deception: Yacht vs. GPS Spoofer.”  Audio recording of the presentation is available on soundcloud.

“If you were watching Iranian state TV in early December 2011, you would have seen an unusual flying object paraded in front of viewers. Windowless, squat, with a pointed nose, its two wings made it the shape of a manta ray. The trophy on show was an RQ-170 Sentinel stealth drone, a key weapon in the intelligence gathering arsenal of the US Central Intelligence Agency (CIA). Standing in a hangar on a military airfield, the drone was seemingly undamaged. Indeed, Iranian officials insisted that it had not been shot down; rather, they claimed an unusual coup: to have hacked the drone while it was flying near Iran’s border over Afghanistan and forced it to land.” 

Continue reading the BBC article that features an interview with Dr. Humphreys. 

“Not everyone is thrilled with the rise of civilian drones in American skies. Last week, after Amazon hyped its plan to deliver packages in half an hour via UAV (unmanned aerial vehicle), we wondered about the drone backlash happening in many part of the U.S. And while an angry few threatened to shoot down these delivery drones, a more pressing concern seems to be: What if people try to hack them?”

Continue reading the Popular Mechanics article that features an interview with Dr. Humphreys.

Austin, TX—Ken Pesyna won the best paper presentation award in the Multi-Constellation/Portable Navigation Devices Session of the ION GNSS+ 2013 conference for his paper entitled “Precision Limits of Low-Energy GNSS Receivers.”

Ken’s research focuses on Tightly Coupled Opportunistic Navigation.