Driving Dystopia: License Plate Readers Are Becoming Increasingly Common
There are two ways to look at this. Either it’s the second coming of the police radio, which made evading the police much more difficult in the second half of the 20th century, or an affront to our collective right to privacy.
What makes it tricky is that license plate readers and facial recognition tech works in tandem with a database and often keeps tabs on where you’ve been and where you’re going before a crime is committed. For some that’s a bridge too far, bordering on pre-crime — a term coined by science fiction author Philip K. Dick to criticize the criminal justice system’s tendency to focus on prospective harm, rather than acts actually committed.
Dystopian parallels aside, WIRED recently tried to assess the growth of these types of surveillance systems in the United States and Canada, addressing their evolution, deployment, and the surrounding criticisms.
Using Rotterdam, New York, as an example, the outlet noted the town’s department only has 45 officers on staff, yet still manages to log the license plates of around 10,000 vehicles each day as they move through the city. Jeffrey Collins, a lieutenant who supervises the department’s uniform division, said the system opened up new doors. Tracking data is kept and officers can parse through it to identify a vehicle and then cross-reference its plate, make, model and color.
“Let’s say for instance you had a bank robbed,” he theorized. “You can look back and see every car that passed.”
The tech industry’s current enthusiasm for AI was kindled by a research breakthrough in 2012 that vastly improved the ability of software to recognize objects in photos. One result is progress on still-nascent projects such as autonomous vehicles and software that diagnoses cancer. In the real world, more straightforward applications of the technology have made tracking faces or license plates much cheaper and more accurate.
Automated license plate readers, or ALPRs, first appeared at police departments in the 2000s, as specialized and expensive cameras. Collins says today those devices typically cost $15,000 to $20,000. But last year Rotterdam embraced a newer generation of ALPR technology, software that can discern plates from more or less any conventional security camera. Rotterdam’s supplier Rekor Systems charges as little as $50 a month to read plates from a single camera.
“The software is a lot more cost effective than buying a full system,” says Collins. “That can change everything.” Drivers in Rotterdam used to be watched by three conventional license plate readers, two fixed and one mounted to a police vehicle. Now, five of the town’s public security cameras also are connected to Rekor’s software, significantly expanding the police’s view of the movements of local vehicles.
Rekor is hardly alone. The tech industry is sprinting to see who can deliver the best surveillance hardware possible and dozens of companies have come out of the woodwork to participate. Some cater to police departments while others focus on home security, but their goals are largely the same. While some have identified the potential for harm, even these concerns are narrow in scope.
Axon, a supplier of police body cams, plans to sell license plate readers as an add-on to its in-car video system in 2020. However, when it made its announcement, it also released a report from its AI ethics board about the dangers of using ALPRs and recommended some government regulation (of which there currently is very little). Still, its fears focused largely on the possibility of lower income communities being overly policed or AI’s feeding into racial basis, ignoring the broader implications of widespread surveillance.
Privacy advocates also feel more should be done. Daniel Schwarz, who works on policy for the New York Civil Liberties Union, says the technology’s increasing affordability means restrictions need to be placed on their use very soon — especially as companies attempt to aggregate traffic data so it can be easily shared between departments.
“Widespread deployment is creating invasive databases with a comprehensive record of people’s movements,” Schwarz explained. “That can show whether you’re going to a certain medical clinic, your political interests, and religious beliefs.”
Asked about his own department’s data retention policies, Rotterdam’s Collins said “as long as we possibly can,” adding that they already use the ALPR database everyday.
These systems are definitely coming and will undoubtedly make it more difficult to avoid punishment stemming from minor infractions, perhaps while saving some lives in the process. But we must also ask ourselves if this evolving surveillance standard is for the greater good — and what kind of ramifications might occur as ALPRs and the like become more commonplace.
[Image: Leonard Zhukovsky/Shutterstock]