Police used AI facial recognition to wrongly arrest TN woman for crimes in ND
247 points - today at 2:20 PM
SourceComments
Whether it's AI that flagged her, or a witness who saw her, or her IP address appeared on the logs. Did anybody bothered to ask her "where were you the morning of july 10th between 3 and 4pm. But that's not what happened, they saw the data and said "we got her".
But this is the worst part of the story:
> And after her ordeal, she never plans to return to the state: “I’m just glad it’s over,” she told WDAY. “I’ll never go back to North Dakota.”
That's the lesson? Never go back to North Dakota. No, challenge the entire system. A few years back it was a kid accused of shoplifting [0]. Then a man dragged while his family was crying [1]. Unless we fight back, we are all guilty until cleared.
[0]: https://www.theregister.com/2021/05/29/apple_sis_lawsuit/
https://www.clearview.ai/privacy-and-requests
I have suddenly becomes very interested in New York's S1422 Biometric Privacy Act.
First, the detective used the FaceSketchID system, which has been around since around 2014. It is not new or uniquely tied to modern AI.
Second, the system only suggests possible matches. It is still up to the detective to investigate further and decide whether to pursue charges. And then it is up to court to issue the warrant.
The real question is why she was held in jail for four months. That is the part that I do not understand. My understanding is that there is 30-day limit (the requesting state must pick up the defendant within 30 day). Regarding the individual involved, Angela Lipps, she has reportedly been arrested before, so it is possible she was on parole. So maybe they were holding her because of that?
Can someone clarify how that process works?
"[I]t’s not just a technology problem, it’s a technology and people problem."
I can't. I just can't.
The average policeman will find his brain sorely taxed by the average incident report form. Describing the phrase "false positive" to them is like trying to explain calculus to a mouse.