Voting Machines Banned by Dutch Minister
5heep writes "Dutch Government Renewal Minister Atzo Nicolai has banned the use of one type of computer voting machine in national elections next month. The turnabout came after a group called We Don't Trust Voting Computers protested the vulnerability of electronic voting to fraud or manipulation. The reason for this ban is the radio signals emitted by the machines which can be used to peek at a voters' choice from several dozen meters away."
How about writing to the people responsible to show some support?
According to my local newspaper, these voting machines have been used in the last two elections.
Paper ballots... you can count them... You can check them, you can verify them.
Computer Ballots don't leave the average Joe with any sense that they can be verified.
Too much potential for problems with Electronic voting from a voter perception perspective.
I like putting my little X on the ballot.
- F1 NEWS
I know more than a bit about electronics and electrical engineering, having spent part of my early career designing various gadgets. I have to wonder why all this fiasco with these electronic voting machines when it would be so very easy to simply build a small printer which uses a roll of paper (think cash register) inside to create a paper polling record.
It would not add substantially to the cost, and the small rolls of paper that resulted would be perfect in cases where a recount was demanded or required. Why the resistance? Make it too difficult to steal an election?
Think about it. Your examples revolve around money or human life. The manufacturers of those machines __must__ get them right, or there is immediate finantial fallout.
Those examples do not produce hidden results; if your atm gobbles up your deposit without crediting it, you find out. If a plane crashes, you hear about it.
The average voter has no way of knowing if a voting machine is doing it's job. What is the penalty if the manufacturer 'unwittingly' messes up? There is not as much incentive for accuracy in this case.
Voting machines can be constructed in any way possible, but never completely exclude the fact that you can commit fraud with them.
One solution often presented is the XBOX-type of security - encrypted links between hardware, redundancy etc etc - but as *we* know this type of security is breakable. You only have to do this once to break the security of all voting machines.
Apart from this, some people mention the use of a paper trail. This trail itself has to be counted fully then, irrespectful of the outcome that the machines themselves produce, to verify a correct vote has been cast:
The voting machine in itself can still not accurately or thrustworthingly tell the outcome of the elections and becomes a nice "exit-poll".
Voting also brings with it the right for secrecy: this is something that does NOT occur in your examples. While the data is compartimentalized to certain groups of people, the data is still available on multiple sites and can be cross-verified. Voting machines store the data on 1 place (with or without redundancy) and when the vote has been changed, you can no longer cross-verify whether the voter actually did vote what he appeared to have voted...
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exactly what is it that the dutch and the americans find so hard about putting an x on a piece of paper is beyond me next they will be telling us that only 99.9% of them are illiterate!
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This last point is a little fuzzy, because I'm sure electronic voting machines are better than poorly-designed punch-card ballots, and maybe some other flawed mechanisms. But the best system available right now is optical-scan paper ballots that can easily be hand-audited and hand-recounted. They are easy to use, require only a very circumscribed use of technology, and can easily be verified by people if there are any problems or a very close result.
Sure -- I don't think anyone is saying we should never use computers for voting. Fix the problems, and then use them for voting. Advocates of electronic voting seem to be saying we should do it the other way around, which is insane.
The current round of voting machines are insultingly under-engineered, considering the problems I listed above. There are many types of threats to the integrity of voting machines, and Diebold et. al. aren't interested in addressing them. They're more interested in shutting down debate and research about them, in fact, which is very worrying to me.
-Esme
In the PDF document they tell that they were challenged by the builder of the original voting-machine to turn it into a chess-computer.
:)
Which they did.
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Actually, banning _is_ the solution. Voting computers make voting less verifiable, less auditable, more expensive (although the Voting machine producers claim otherwise), so why use them? What reason justifies switching from a proven, working, easy-to-use, easy-to-audit system (pen and paper) to a new technology of questionable quality?
A monkey is doing the real work for me.