Lawmaker or Lawbreaker? How FaceNet Got It Wrong

Would you trust a system whose reputation is tarnished by its biased mistakes? Until it's fixed, neither will we!

11%

of MEPs had matches with a mugshot


In an insightful conversation with Jacob Snow, we dove into the ACLU’s findings: Amazon Rekognition wrongfully matched 28 Members of Congress with police mugshots. The shocking lack of accuracy of Facial Recognition Technologies (FRT) got our minds running. We decided to do a similar experiment, this time with FaceNet and the Members of the European Parliament (MEPs). Could the present facial recognition algorithms distinguish politicians from Interpol fugitives, or would the accuracy be like Amazon Rekognition? We had to know, is the EU AI Act truly infallible? What happens when regulations fail even those who created them?

FRT has been, and still is, one of the most debated topics in the European Parliament. Despite the EU AI Act being accepted on March 13th, 2024, these systems are still highly inaccurate, and one error can impact a person’s life forever. According to the current law, FRT will only be banned in specific sectors. After the European Parliament elections of June 2024, new MEPs will be in office, and with them new opportunities and challenges. We hope that this is a moment to advance technology aligned with the protection of people and that the newly elected MEPs understand that AI laws are yet to be perfected.

Meet the MEPs! Wait... those are not the ones.

5.5/10

mismatches were women

35%

gender misidentification in darker-skinned females

We tested the reliability of FaceNet, a facial recognition algorithm tool developed by Florian Schroff, Dmitry Kalenichenko, and James Philbin (Schroff, et.al., 2015). In our test, we compared the MEPs public photos with publicly available wanted people photos by Interpol. The results showed mistakenly matched MEPs from various political parties, both men and women legislators from different European countries. The inaccuracies showcased an important challenge: gender disparity.

In this case, women were more frequently misidentified than men. We used a parameter of 0.8 to determine the similarity between the images and then, we found out that 12 of the MEPs (11%) had matches with a mugshot. Even more, women had more matches than men: there were 7 women (58%) with matches and 5 men (42%). This finding is crucial given the actual gender distribution of MEPs images with 48 women (44%) and 60 men (56%), meaning, there is an inverted ratio. However, this is not the first study casting doubts on facial recognition technology's risks or highlighting its gender inaccuracies. For example, MIT’s Joy Buolamwini has found out that in a sample of over 200 pictures the gender misidentification rose up to 7% in lighter-skinned females and 35% in darker-skinned females (Lohr 2018).

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