But isn’t randomization supposed to give you a different unique fingerprint each time? So yes, you would be unique and easily tracked but only until your fingerprint changes
That was addressed above, you ever see “identical” twins? They look exactly the same if you see then once, twice, 3 times, but if you see both of them constantly, you’ll start seeing the small difference in them and then be able to identify who’s who. Same exact thing.
I don’t think there is any proven results, but I think the reason the EFF prefers Braves decision is the philosophy that there are so many data points that it could be possible to link you to it using the ones not standardized by anti fingerprinting.
Like ways to incorrectly describe someone. One describes a guy correctly but generically. One describes a guy with a lot of detail but the wrong race and two feet too short.
But isn’t randomization supposed to give you a different unique fingerprint each time? So yes, you would be unique and easily tracked but only until your fingerprint changes
So what’s the benefit of this over blending in each time?
That was addressed above, you ever see “identical” twins? They look exactly the same if you see then once, twice, 3 times, but if you see both of them constantly, you’ll start seeing the small difference in them and then be able to identify who’s who. Same exact thing.
I don’t think there is any proven results, but I think the reason the EFF prefers Braves decision is the philosophy that there are so many data points that it could be possible to link you to it using the ones not standardized by anti fingerprinting.
Like ways to incorrectly describe someone. One describes a guy correctly but generically. One describes a guy with a lot of detail but the wrong race and two feet too short.
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