Researchers are warning that facial recognition technologies are “more threatening than previously thought” and pose “serious challenges to privacy” after a study found that artificial intelligence can be successful in predicting a person’s political orientation based on images of expressionless faces.

A recent study published in the journal American Psychologist says an algorithm’s ability to accurately guess one’s political views is “on par with how well job interviews predict job success, or alcohol drives aggressiveness.”

Lead author Michal Kosinski told Fox News Digital that 591 participants filled out a political orientation questionnaire before the AI captured what he described as a numerical “fingerprint” of their faces and compared them to a database of their responses to predict their views.


“I think that people don’t realize how much they expose by simply putting a picture out there,” said Kosinski, an associate professor of organizational behavior at Stanford University’s Graduate School of Business.

“We know that people’s sexual orientation, political orientation, religious views should be protected. It used to be different. In the past, you could enter anybody’s Facebook account and see, for example, their political views, the likes, the pages they follow.

But many years ago, Facebook closed this because it was clear for policymakers and Facebook and journalists that it is just not acceptable. It’s too dangerous,” he continued.

“But you can still go to Facebook and see anybody’s picture. This person never met you, they never allowed you to look at a picture, they would never share their political orientation …

and yet, Facebook shows you their picture, and what our study shows is that this is essentially to some extent the equivalent to just telling you what their political orientation is,” Kosinski added.

For the study, the authors said the images of the participants were collected in a highly controlled manner.

“Participants wore a black T-shirt adjusted using binder clips to cover their clothes. They removed all jewelry and – if necessary – shaved facial hair. Face wipes were used to remove cosmetics until no residues were detected on a fresh wipe.

Their hair was pulled back using hair ties, hair pins, and a headband while taking care to avoid flyaway hairs,” they wrote. The facial recognition algorithm VGGFace2 then examined the images to determine “face descriptors, or a numerical vector that is both unique to that individual and consistent across their different images,” it said.