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From The Poker Table To Greeting Cards? The RFID Future

Written by Marvyn Tinitigan
December 24th, 2008
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The story of the technologist who crafted an elaborate RFID poker table, complete with an HD camera to stream real-time games globally, is interesting mostly in how he attached ultra-thin and extra-flexible RFID tags to each playing card in such a way as to make it not interfere with the way the cards felt.

The details of how he did it (nicely described in this story in RFID Weblog) aside, the concept is interesting in potential future retail uses, assuming that the per-tag price can be brought down low enough.

For a grocery store’s greeting card section, what if the store—and its suppliers—could know which cards were picked up and which ones were opened? Today, they typically only know which were purchased. But how much would the Hallmark folk pay to know that detail? Maybe one of its cards is attracting consumers with the cover but turning them away with the punchline?

Or consider a Barnes & Noble location. How much would it pay to know the same thing about books? Which are opened and, critically, how many pages are flipped? Which pages? Which was the last page examined?

If the book isn’t purchased, the reason is likely on that last glanced-at page. The consumer had enough interest to pick it up and flip through. On its own, it means little. But what if the browsing habits of thousands of consumers across many stores could be analyzed?


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Kill All The Passwords

This article does mention, but does not give enough attention to, the fact that the attacks discussed are only feasible when the encrypted password file can be copied and subjected to an offline attack. The trick is to have authentication performed on a separate, much more strongly secured host - such as an Active Directory Domain Controller, or a Kerberos server, or a NIS+ server, or even using something as banal as an LDAP-over-SSL authentication dialog. In these environments, the odds of the "password file" being stolen and subjected to an offline attack go to near zero, and only online attacks may be carried out by the attacker. With sensible exponential backoff between failed password attempts, lockout after a modest number of failed attempts on a single account, and pattern detection, that minimum 7 character password is quite secure enough. Passwords aren't dead yet for security purposes, and they will be with us for a very long while to come for practical purposes. The trick is to employ them correctly. Read more...
The possibilities you describe are years away from being implemented at best, so for the moment passwords are an ugly reality. Luckily, password managers can easily manage hundreds of passwords of any length. The only thing a user needs to remember is the master password. It seems like an easier task to educate users on how to use password managers rather than implement complex security technology on a global basis. Read more...