RFID chips, here they come!

The worry for me is that it won't just be a serial number.

At the moment the things can not store any more data on them. It is not compulsory and there are no plans to force it on you. it's a complete over reaction due to a lack of understanding of the technology and a utter fear of the state. Even though the technology has nothing to do with it and if the laws changed to allow what you suggest. The technology would be the least of your problems.
 
A fear of the state? Maybe. A government should fear and serve it's people, not vice versa. If that begins with some of us refusing to let them put things inside us, then so be it.
 
A fear of the state? Maybe. A government should fear and serve it's people, not vice versa..

I agree.

But that doesn't mean you should get up tight about a technology you obviously do not understand and that to change practices you need a drastic change in law (not technology) and the fact it isn't available and isn't being forced on you.

Um? Are you an expert on RFID technology?


not at all.

A typical Rfid holds 2kb of data.
http://www.rfidjournal.com/faq/18/66
 
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A typical Rfid holds 2kb of data.
http://www.rfidjournal.com/faq/18/66

Open up Notepad.

Paste this text into it (don't worry I made it up, hopefully there isn't anyone with the same details)

John Smith
12/12/1950
Unemployed
Member of the Liberal Party
HIV+
GAY
Organised student protest in 1967
resides 1 Acacia Avenue, Blackpool

Now save the file. Then click properties, I don't know about your computer but it tells me that the file takes up 147 bytes of information. You still think you can only store a serial number in that 2kb? (oh and bear in mind thats without data compression algorithms.)
 
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4KB in note pad

they are designed as a bar code replacement. even if they store more info. It is still does not change anything and does not confirm any of your fears. your fears need a fundamental change in law and has nothing to do with the technology.

Tags have a quite limited storage capacity and normally only hold an identification number that allows them to be linked to a record in a database. Different tag technologies have different storage capabilities:

* LF: 64bits - 2k bits
* HF: 0.5k - 4k bits (specials to 16k)
* UHF: up to 240 bits using EPC + 512 bits user
* Active Tags: Typically up to 1012k bits
 
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Open up Notepad.

Paste this text into it (don't worry I made it up, hopefully there isn't anyone with the same details)

John Smith
12/12/1950
Unemployed
Member of the Liberal Party
HIV+
GAY
Organised student protest in 1967
resides 1 Acacia Avenue, Blackpool

Now save the file. Then click properties, I don't know about your computer but it tells me that the file takes up 147 bytes of information. You still think you can only store a serial number in that 2kb?
Just tried that out on both TextEdit and TextMate.

4KB in both cases.
 
Yes 4 kb on disk (thats probably due to the file format of Windows NTFS etc), but the amount of data is 147 bytes.
...and how do you suppose the data is stored on an RFID chip?

Your argument is nonsense regardless. Whether RFID chips were used for legitimate or nefarious purposes, storing actual data on the chip as opposed to just a unique identifying number (i.e. serial number) that can be looked up on an external database is a daft and inefficient method.

Moot.
 
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I haven't any idea how the data is encoded into the chip, but it probably doen't use the windows file system. I wasn't arguing about what they put on the chip, someone else came up with the fact that the chips only hold 2kb of data. What I was trying to show is that can actually be quite a bit of personal information.

I will agree it would be stupid to hold any personal information - far better to hold a serial number that when read identifies you.
 
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I haven't any idea how the data is encoded into the chip, but it probably doen't use the windows file system.

Ignoring the saize, how does it have bearings on any thing.

a) it is not forced
b) if it's easily scanned you can read what is on it and check
c) it has extremely useful benefits
D) to do any of the scaremongering stuff you are saying, requires a massive change in law. It has no impact on the technology and is no way linked.
 
tinfoil hat

First this, then the CHIP then the persuadertron

/tinfoil hat

Probably a good thing for people with serious/uncommon illness. Doesn't really effect me either way the strangest thing in my medical and biological history is being left handed with an outie belly button (not that they'd be noted in the chip), what are they going to do with that? Put me in a room and laugh as they make me cut up stuff with right handed scissors with my left hand :p. If someone for some strange reason really wants to find out your medical history for a non treatment releated reason not having a little chip inside of you isnt going to stop them.
 

Just watch the first few minutes, you can see the full interview on youtube, ignore the title, let's not turn this into a 9/11 discussion.
 
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really they can put them anywhere. Credit cards, phones etc.

There are readers than have already be on the black market that can read the information on them on people passing by.

They talked about bringing them in at work and it was refused due to the chance that people could steal your identity from just walking alongside you with a reader.

My point is that we will never have to submit to mandatory subdermal RFID implantation. If we do, then we'll have far bigger problems on our hands than just RFID tags.
 
Just watch the first few minutes, you can see the full interview on youtube, ignore the title, let's not turn this into a 9/11 discussion.

Some one sprouting a load of rubbish. The idea is no different to debit/credit cards. Just like they could close your bank account. Just like your bank holds all your financial records.

Rofl how do you get suckered into this BS.
 
that is easy for pretty much anyone to read

Are they really that easy to read tho?
I have experience of RFID in 3 situations:
1) Shops - they need huge sensors at the doors because of the range they are trying to read at (up to 2 metres)
2) Ski pass - much smaller sensor because the pass is designed to be read at close range (through jacket pocket) but it still takes a fair bit of getting used to before you are able to get the scanner to read your card at every attempt.
3) Door access - have to physically touch the card against the door to make is scan.

So you either need a large antenna or very close range to read these tags?
(This is not fact, just my experience of RFID)
 
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