Could Facial Recognition and Digital Surveillance End Anonymous Protest?

It is unlikely that facial recognition and digital surveillance will entirely end anonymous protest. It is simply too imprecise and often wrong. 

But the irony is that its use may stifle the free expression that big tech continues to use as justification for almost every application of their technology as well as the policies that support data gathering and monetization. JL

Jason Dorrier reports in Singularity Hub:

With smartphones, high-definition cameras, and algorithms, anonymous protest may soon be a thing of the past. The issue isn’t which information is being used, but that it can be used so pervasively. "Surveillance technologies should not be used on protesters. That groups of people are raising legitimate concerns and could be subject to face recognition or surveillance, because they choose to protest, amplifies the concerns with law enforcement.” The wider and deeper digital surveillance goes, the more it may provoke fear and freeze free expression.

It’s been almost two weeks since people first took to the streets in Minneapolis to protest police brutality following the deaths of George Floyd and Breonna Taylor at the hands of the police. Since then, demonstrations have gained momentum and spread to cities across the US and world.

Protest is a critical component of healthy democracy, a megaphone to grab the attention of those in power and compel change. In the US, it’s a constitutional right. But increasingly, law enforcement agencies are requesting protest footage and images, and the latest technologies are bringing with them the power to cast an ever wider surveillance net.

When San Francisco became the first US city to ban facial recognition in May 2019, perhaps legislators had something like the recent weeks in mind. The Bay Area is no stranger to civil disobedience and demonstration. But in bygone eras, anonymous protest was guaranteed by numbers. Just a face in the crowd actually meant something. Now, with smartphones, high-definition cameras, and powerful algorithms, anonymous protest may soon be a thing of the past.

While cities such as Oakland and Berkeley, California and Somerville and Brookline, Massachusetts have also banned facial recognition, other cities around the country still allow and have actively used facial recognition in law enforcement in the recent past.

Facial recognition algorithms identify people by searching for and matching them with labeled images in vast databases. These databases can be limited to mugshots or they can include far bigger groups, like DMV drivers license photos. In a particularly contentious example, startup Clearview AI composed a database of billions of images scraped from thousands of sites online without consent—including from the likes of Facebook and YouTube—and sold access to the database and facial recognition software to hundreds of law enforcement agencies.

A Buzzfeed News article last week said police departments in and around Minneapolis have used Clearview as recently as February. Another article in Medium’s science and tech publication One-Zero noted several other examples of recent use of facial recognition and requests from local police departments and the FBI for footage and images from the protests.

The capability is there and the systems have been used, but how law enforcement is employing facial recognition day-to-day and during the protests isn’t always clear.

Proponents argue that, used responsibly, the technology can be a valuable tool for more successfully locating people who’ve committed crimes. But its limitations have also been well-documented, not only in terms of overall accuracy, but also built-in bias, with some algorithms misidentifying people of color and women at much higher rates.

Absent clear rules and regulations, there’s potential for misuse, and the wider and deeper digital surveillance goes, the more it may provoke fear and freeze free expression.

“At a high level, these surveillance technologies should not be used on protesters,” Neema Singh Guliani, a senior legislative counsel for the ACLU, told BuzzFeed News. “The idea that you have groups of people that are raising legitimate concerns and now that could be subject to face recognition or surveillance, simply because they choose to protest, amplifies the overall concerns with law enforcement having this technology to begin with.”

In the US, no federal regulation governs facial recognition, leaving it to a patchwork of state and city laws. In a Wired op-ed last December, Susan Crawford argued this approach may have some benefits. The federal government may not be able to act anytime soon. In the meantime, local debates and experiments at the city and state level can inform and pressure wider regulation at the top.

But as those experiments grow in number, focusing just on facial recognition may miss the forest for the trees. There are other ways of surveilling groups from afar.

Smartphones broadcast an array of information that can be intercepted and recorded. And while we humans recognize people by their faces or voices, the algorithms enabling this kind of surveillance have no such limitations. Often they’re able to find patterns we can’t see and don’t necessarily even understand. Researchers have shown algorithms can identify people by their gait or their heartbeat (measured by laser at 200 yards). There may not be a database of gaits and heartbeats yet, but the technology is here.

The wider issue isn’t which piece of information is being used, but that it can be used so pervasively. Limiting how, when, why, and who uses it can help protect vital freedoms.

The question, as ever, is how do we bend technology to better serve us?

Crawford suggests requiring warrants for investigations and limiting real-time use. We can also restrict the storage of data, require deep auditing and public reporting of the technology’s use, punish misuse, and ban use in areas that are prone to discrimination.

That’s just for starters.

If we want a society that’s supple enough to respond to the voices of its people, we need to keep a close eye on how these technologies are deployed in the future.