The great advantage to a paper-based voting system is that you can hand count the actual ballots in a recount. We know Ohio used paper punch card and optical scan ballots in the VAST majority of its counties. And we know Ohio did a recount where approximately 3% of the ballots were hand counted.
The results from the hand count DID NOT show fraud in such a way as to attract very much of the world's attention.
Yet we KNOW, we feel in our bones that electronic fraud MUST HAVE taken place for a multitude of reasons. We can DISCOUNT widespread ballot box stuffing, because that would require co-conspirators in 88 counties and 110,000 precincts. Therefore it HAD TO BE electronic. ALL the paper ballots in Ohio were tabulated by TWO software companies, ES&S and Triad, both led by Republican donors.
In less than three days, I was able to design a tabulation program that is immune to ALL means of detection EXCEPT one: a full hand recount in a county that I hacked.That was
THE ONLY RISK FACTOR that I was NOT able to protect against, short of examining my de-compiled source code. Yet I believe that risk can be MANAGED, if not eliminated entirely.
So I'm looking for your help in identifying ways this risk can be reduced to the level where it would be worthy of consideration. I want your reaction to the potential methods of reducing the risk of a hand full recount in a particular precinct.
The first quasi-solution is to have the software contain a pre-defined listing of which precincts are "safe-to-hack" and those that are "unsafe-to-hack". If accurate, this would GREATLY reduce the risk of detection. This would require careful analysis by the conspirators. Without getting into too much detail here, I think people who have experience working with BOE officials and possess a wealth of statistical data, could come up with a list of precincts most liable to be chosen for a full hand recount. In many counties only 2, 3, or 4 precincts need be selected to meet the 3% requirement. (As far as we know, only one county chose a truly "random" list of precincts.)
In my study of the Washington County, Ohio recount, the Republican and the Democratic representative agreed to two precincts in which to hand count: one big/urban and another small/rural. It turns out they picked the biggest precinct that had at least one vote for each of the four presidential tickets plus at least one write-in. They also picked the smallest precinct that had at least one vote each of the four presidential tickets plus at least one write-in.
The point here is that by studying human nature (and its inclination to "fairness" -- and distaste for having to count 34,000 more punch cards) it may be possible to predict a relatively small number of precincts in each county that may be more liable to be chosen for the full hand recount. These precincts could then be flagged in the software so it would not hack the tabulation. Then you could evenly "spread out" the number of ballots you want to flip among all the "safe" precincts. I can show that this will be an incredibly small number if you want to swing the election by 3 points statewide.
In fact, the number of ballots per precinct that would have to be flipped is so small, that it leads me to my second quasi-solution:
Just spread the number of flipped votes out evenly among all 110,000 precincts. Don't even bother trying to predict which ones may be chosen -- spread the hack out evenly among all 100,000 precincts. This way the discrepancy between the hand count and machine count would be so small that the difference could be easily rationalized by chads falling off or under votes. I have calculated that in the largest counties that only 15 ballots out of 1000 need to be hacked.
In summary, the ONLY risk to be managed in a paper-based system is by having a hacked precinct counted by hand. I have demonstrated a couple of ways that risk can be "managed", i.e., reduced. I want to know if you think its feasible. Can you think of other ways this risk can be reduced? Of course, this is just theory and there's no evidence, but if suspicion of fraud can be proven well enough in another area, we want to have a clue where to look next...