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Tracking Movement and Progress via Bluetooth

Bluetooth signals emanating from laptops and cell phones could provide an opportunity to monitor how long it takes vehicles and pedestrians to travel from one point to another. The information would be most useful in tracking the speed of a commute, or progress through airport security lines.

Once tracked, a real-time feedback could be established to respond to delays:

  • TSA personnel could be reassigned to trouble spots to improve traveler progress through security.
  • Additional entry gates could be opened to handle unexpected loads in an airport.
  • Police or tow trucks could be dispatched to delayed regions on highways.

The monitoring would likely require a disclaimer in our litigious society ("The xyzzy org is monitoring your radio transmissions to improve service. At no time is your cell phone or wireless device data compromised.").  A system need not glean any more than a unique ID of the transmission (versus actually accessing data) and track the location of that ID through a facility / traffic flow.

Of course, over-responsive wireless devices (those set in 'discovery mode') might alert their user, creating nothing less than a security panic for the (rightfully, in these digital daze) paranoid.

According to Eurekalert, the Indiana Department of Transportation is undertaking an effort like this to track vehicular traffic: "Method uses 'Bluetooth' to track travel time for vehicles, pedestrians".  They are seeking to patent the process as well.

posted on Friday, May 30, 2008 5:57 PM

Feedback

# re: Tracking Movement and Progress via Bluetooth 5/31/2008 4:01 PM Offbeatmammal

it's a great idea, but using bluetooth has so many issues I'm not sure how useful it would be - limited range for instance compromises effective detection on a road. Knowing is someone is in a queue or standing having a coffee or making a phonecall next to the line in the airport scenario.
RFID (while imperfect in many ways) would be good for personal tagging - at least by walking through archways people (a) know they're being watched and (b) have some real location and intent information.
I've seen some schemes using low res cameras (not good enough for face or number plate recognition) to dectect flow - that would seem a much lower tech (and less issue prone) solution...
But I'd love my GPS to know there was trouble ahead and reroute me more efficiently than it does today!

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