Sydney Airport to Instate RFID Baggage Tags
AcidAUS writes "Australia's Sydney Airport is investigating high-tech tagging methods for baggage handling, which could greatly reduce the number of bags that go missing each year. Industry experts say that baggage mishandling costs the industry globally $US1.7 billion each year, and that much of this cost is due to failures in the barcode-based tagging system."
Unfortunatly, better tagging is not a guarantee that things will go better with baggage. Growing passenger numbers and improved security procedures are the main factors fuelling estimated annual losses of one billion US dollars for the world's airlines in missing and mishandled baggage.
In almost all cases, baggage IS correcty tagged, but it's as always the human factor which fails to function correctly. Because all security restrictions, the baggage is now in many cases manually examined and the volume of the baggage traffic and personal stress are still the main causes for missing or damaged baggage.
It's time to realise that Abble's products are the biggest abomination these days. Just say NO to the dumb iAbble way!!
KLM and Air France are already running a pilot project (pun not intended) on their service between Paris and Amsterdam. (See for example http://www.rfidjournal.com/article/articleview/260 0/1/1/ or go google yourself)
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A scanner can only pick up bar codes that pass directly in front of its laser; wet, folded or smudged tags are often unreadable, and scanners perform especially poorly when exposed to dirt or dust.
Whereas:
Utilizing radio waves instead of lasers, RFID doesn't require a direct line of sight between the reader and tag, and isn't affected by dirt or dust. RFID tags are generally more weather-resistant than paper labels, and the hardware is compatible with most existing baggage systems.
It actually sounds alright to me. I'll don my tinfoil hat when they attach it to passengers, but this looks like one place where RFID can be put to good use.
I can explain it for you, but I can't understand it for you.
In this instance, the lack of 'security' of rfid is one of it's more useful features.
The system allows a tagged bag to be tracked over it's entire (in airport) journey from check in to luggage hold automaticaly, meaning that many more check points can be used without slowing down the baggage handling, and any luggage in the wrong place can be flagged quickly. It also means that bags cannot 'accidentaly' walk through the wrong door without the tag being removed making stealing luggage a little more difficult.
And how, exactly is it far more insecure? If you can see a barcode you can read all of the information on it. If you are within n metres of an RFID tag you can read all the information on it. It is just a different method to read all of the information (usually just a long string of digits) on the tag. The scanning method is no more, or less secure.
... </conspiracytheory>
Now depending on the context you might not want someone to be able to read the information unless they have some privileged status (border guard, checkout assistant) in which case having an RFID tag is rather like having a barcode printed on your forehead. I don't want a barcode printed on my forehead, so I probably don't want an RFID passport, but baggage which has an exposed barcode anyway - what's the difference?
Now if they don't do something stupid like including your name, address and vital statistics on the tag (which I'm sure they won't as it would cost much more for the increased capacity tag) then it really just means they don't need line of sight to read the tag so that dirty/crumpled/obscured tags won't foul things up. If it is the same information that an arbitrary person could get with a barcode reader as opposed to an RFID reader then it might just well be a better solution.
I smell an ulterior motive.
And what would that be? The airline already know *everything* about you which they can glean from your baggage by cross referencing the ID on the barcode with their database. Unless FRID tags can read your mind
One time I flew with EasyJet from Copenhagen to London. The devices that moved the luggage weren't working, so instead of waiting for them to work they decided to just put us all on the airplane, fly it in into the sky, and THEN tell us our luggage was left in Copenhagen. Thankfully it was the end of my trip, so no big loss. Not so thankful for a group of 4 girls who were just starting their 3 month vacation around Europe and everything they took with them was now gone. They had no place to have the airline send their luggage to either. Goooood times. Unfortunately, I don't think RFID will resolve general douchebaggery.
Airports have been experimenting with this since at least 2001, and many are using it in production.
Contrary to what some posters assumed, rfid DOES in fact help quite a bit the baggage handling system:
- rfid reader can read tags which sit on the bottom / opposite end of the suitcase, while barcode readers cannot do it. The overall positive-read ratio is much increased. The tags are smaller and less prone to tear-off/smearing of the barcode print
- rfid card readers can read many tags at a time, hence the conveyor line can be sped up a lot (as in: put all baggages on the truck to the runaway, and the rfid reader is put on top of the gate below which the truck passes)
- if the complete baggage info, such as final destination, status of x-ray-check, etc is stored on the tag (there are quite a few bytes in there), any tag reader can decode it and sort the baggage even in the absence of network connection , ie . without interrogating a central db. Smaller devices, not even wifi-connected, can be used to recover info from baggages that are found stray in any airside area (and a working 802.11 inside a bhs system or covering a complete runaway is radio nightmare,trust me).
Downside: if that info is not crypted, it could be eavesdropped...
Of course, the point is still valid that all the new anti-terrorism measures are quite a nightmare for airports and airline handlers, and have a great impact on operative efficiency.