Some self-driving car systems have trouble detecting darker skin, study says

It's a potentially dangerous problem.
 By 
Sasha Lekach
 on 
Some self-driving car systems have trouble detecting darker skin, study says
Driverless cars need to recognize all pedestrians. Credit: Yegor Aleyev\TASS via Getty Images)

Last year, Microsoft, IBM, and Amazon were called out for using facial recognition technology that was biased against people with dark skin. Well, it looks like self-driving cars could have the same problem.

An analysis from Georgia Tech researchers found that systems used by self-driving cars to detect pedestrians had trouble picking out people with darker skin tones.

Looking at footage from the Berkeley Driving Dataset, with video from New York, Berkeley, San Francisco, and San Jose, researchers were able to study how systems would react to different types of pedestrians.

They took eight image recognition systems commonly used in autonomous vehicles and evaluated how each picked up skin tone, as measured on the Fitzpatrick skin type scale. They found "uniformly poorer performance of these systems when detecting pedestrians with Fitzpatrick skin types between 4 and 6," which are darker skin types.

There are several factors that could lead to inaccurate results, like time of day or clothing color. But they found that solely based on skin color, accuracy dropped an average of 5 percent for pedestrians with darker skin. If a system doesn't identify a person as a pedestrian, they're more at risk of being hit because the computer doesn't know to predict their behavior.

Many autonomous cars use a mix of LiDAR, radar, other sensors, and cameras. A few autonomous vehicle companies rely heavily on cameras, like Tesla's semi-autonomous Autopilot system. Silicon Valley-based company Ambarella is developing a self-driving system that relies almost entirely on cameras.

Not all companies use cameras, though. Blackmore is focused on Doppler LiDAR, so clothing choices and skin tone don't matter. Instead, it measures the velocity of objects, concentrating on things that are moving, instead of stationary objects like trees and mailboxes.

Mashable Image
Sasha Lekach

Sasha is a news writer at Mashable's San Francisco office. She's an SF native who went to UC Davis and later received her master's from the UC Berkeley Graduate School of Journalism. She's been reporting out of her hometown over the years at Bay City News (news wire), SFGate (the San Francisco Chronicle website), and even made it out of California to write for the Chicago Tribune. She's been described as a bookworm and a gym rat.

Mashable Potato

Recommended For You
Meet the new humanoid with 'smart skin' (I touched it)
Gene.01 humanoid robot


Kodiak's self-driving trucks are hitting the highways, and I took a ride in one
Kodiak self-driving trucks


'NAZA' review: Israeli documentary is a living nightmare — and required viewing
Yuval Abraham interviews an anonymous subject in "NAZA."

More in Tech
How to watch Real Madrid vs. Villarreal in La Liga online for free
Jude Bellingham on the ball for Real Madrid

How to watch Barcelona vs. Getafe in La Liga online for free
Lamie Yamal celebrates for Barcelona

How to watch PSG vs. Le Mans online for free
 Desire Doue of Paris Saint-Germain runs with the ball

How to watch Deportivo Aláves vs. Atlético Madrid online for free
Jonathan David of Atletico Madrid celebrates

How to watch Augsburg vs. Bayern Munich online for free
Harry Kane takes a penalty for Bayern Munich

Trending on Mashable
NYT Connections hints today: Clues, answers for October 10, 2026
Connections game on a smartphone

How can 'Ted Lasso' fix itself?
Tanya Reynolds, Jason Sudeikis, and Brendan Hunt in "Ted Lasso."

Free F1 livestream: How to watch the Singapore GP for free this weekend
Charles Leclerc of Monaco driving

Wordle today: Answer, hints for October 10, 2026
Wordle game on a smartphone