RAW STORY's coverage of the news, and the release of the video demonstration of how to hack a Sequoia AVC Advantage electronic voting machine, began this way last week:
"We wanted to find if a real criminal could do this, starting from scratch, with no access to source code or other closely guarded technical information," the announcer begins. "We faced several challenges: getting a voting machine, figuring out how it works, discovering a weakness, overcoming the machine's security features and constructing attack software."
"In the end we found that it is possible to undetectably change votes and that such an attack takes a lot less time and money than one might expect," the announcer said.
A Princeton professor was able to acquire five voting machines for just $82 that had been resold on a government surplus website. The acquired machines were originally sold by Sequoia Voting Systems.
Hacks of our electronic voting systems used to be big news. Now though, it's been done so many times, and is apparently so simple to do, that the news hardly registers in the corporate mainstream media (if it ever did in the first place). Yet, almost nothing has been done about virtually any of it to date.
We reported on the Princeton professor, Andrew Appel, acquiring the five Sequoia AVC machines two and a half years ago, that he was able to pick the lock "in seven seconds", and change the chips inside to do anything he might want the machine to do, including change votes after the close of polls on Election Day. The five machines that Appel purchased for $82 on the Internet were purchased by New Jersey just a few years earlier for $10,000 a piece. The state still uses the same hackable, 100% unverifiable voting machines, despite numerous failures during actual elections.
At the time of Appel's purchase, Sequoia Voting System had been touting their "tamperproof products, including ... the AVC Advantage," which, they said, "are sought after from coast to coast for their accuracy and reliability."...