Ryan Calo is an assistant professor at the University of Washington School of Law and a former research director at CIS. A nationally recognized expert in law and emerging technology, Ryan's work has appeared in the New York Times, the Wall Street Journal, NPR, Wired Magazine, and other news outlets. Ryan serves on several advisory committees, including the Electronic Frontier Foundation, the Electronic Privacy Information Center, and the Future of Privacy Forum. He co-chairs the American Bar Association Committee on Robotics and Artificial Intelligence and serves on the program committee of National Robotics Week.
Ann Bartow once criticized Daniel Solove for not providing enough “dead bodies” in his discussion of privacy. I tend to disagree that such proof is necessary. But privacy has seen a dead body recently—that of Rutgers University student Tyler Clementi.
The narrative around Clementi’s tragic suicide continues to shift. The press originally reported that Clementi killed himself after his roommate invited the entire campus to view footage of Clementi having sex with another man. The Associated Press is now reporting that, according to the roommate’s defense attorney, no one but he and his friend ever saw the video.
The question of whether the defendants recorded or broadcast the web cam is highly relevant to whether there has been a privacy violation. Yet it is hardly relevant at all to the question of whether there has been a privacy harm.
I don’t know that generativity is a theory, strictly speaking. It’s more of a quality. (Specifically, five qualities.) The attendant theory, as I read it, is that technology exhibits these particular, highly desirable qualities as a function of specific incentives. These incentives are themselves susceptible to various forces—including, it turns out, consumer demand and citizen fear.
The law is in a position to influence this dynamic. Thus, for instance, Comcast might have a business incentive to slow down peer-to-peer traffic and only refrain due to FCC policy. Or, as Barbara van Schewick demonstrates inter alia in Internet Architecture and Innovation, a potential investor may lack the incentive to fund a start up if there is a risk that the product will be blocked.
Similarly, online platforms like Facebook or Yahoo! might not facilitate communication to the same degree in the absence of Section 230 immunity for fear that they will be held responsible for the thousand flowers they let bloom. I agree with Eric Goldman’s recent essay in this regard: it is no coincidence that the big Internet players generally hail from these United States.
Prohibition wasn’t working. President Hoover assembled the Wickersham Commission to investigate why. The Commission concluded that despite an historic enforcement effort—including the police abuses that made the Wickersham Commission famous—the government could not stop everyone from drinking. Many people, especially in certain city neighborhoods, simply would not comply. The Commission did not recommend repeal at this time, but by 1931 it was just around the corner.
Five years later an American doctor working in a chemical plant made a startling discovery. Several workers began complaining that alcohol was making them sick, causing most to stop drinking it entirely—“involuntary abstainers,” as the doctor, E.E. Williams, later put it. It turns out they were in contact with a chemical called disulfiram used in the production of rubber. Disulfiram is well-tolerated and water-soluble. Today, it is marketed as the popular anti-alcoholism drug Antabuse.
Were disulfiram discovered just a few years earlier, would federal law enforcement have dumped it into key parts of the Chicago or Los Angeles water supply to stamp out drinking for good? Probably not. It simply would not have occurred to them. No one was regulating by architecture then. To dramatize this point: when New York City decided twenty years later to end a string of garbage can thefts by bolting the cans to the sidewalk, the decision made the front page of the New York Times. The headline read: “City Bolts Trash Baskets To Walks To End Long Wave Of Thefts.”
In an important but less discussed chapter in The Future of the Internet, Jonathan Zittrain explores our growing taste and capacity for “perfect enforcement."
Readers are likely familiar with the cyberlaw mantra that “code is law.” What’s striking is that since Lawrence Lessig published Code in 1999, relatively little has been written about the dangers of regulation by architecture, particularly outside of the context of intellectual property. Many legal scholars—Neil Katyal, Elizabeth Joh, Edward Cheng—have instead argued for more regulation by architecture on the basis that it is less discriminatory or more effective.
My new paper explores what is unique about privacy harm. How does privacy harm differ from other injury? And what do we gain by defining its boundaries and core properties? You can download the paper here; abstract after the jump. Your thoughts warmly welcome.
ACM Computers Freedom Privacy is in its 20th year. This year was exciting to me in that robots entered the mix. My panel on the topic featured forecaster and essayist Paul Saffo, EFF's Brad Templeton, philosopher Patrick Lin, and was moderated by Wired's Gary Wolf. You can find a video recording of our panel here. I also spoke to the Dr. Katherine Albrecht Radio Show, which was broadcasting live from the conference. Click here to listen.
The term “hacking” has come to signify breaking into a computer system. A number of local, national, and international laws seek to hold hackers accountable for breaking into computer systems to steal information or disrupt their operation. Other laws and standards incentivize private firms to use best practices in securing computers against attack.
"Ryan Calo, a law professor at the University of Washington, told me that the electronic communications privacy law did not extend protections to advertisements or posted messages that were readily accessible to the public."
"But a word of caution comes by way of Ryan Calo, a privacy expert and law professor at the University of Washington.
"You have to trust that the person who designed the bot knows what they're doing," Calo said. "A small error could invalidate whoever's using it, right?""
"Her fictional scenario fits right into issues tackled by the burgeoning field of robot law, according to University of Washington law professor Ryan Calo. “There’s a physical, biological set of understandings that permeate the Constitution,” he said. For example, we give every person a vote, and we give every person the right to reproduce. But what if an AI can reproduce 10 million versions of itself every second? Do we give all of them a vote? And what if a robot wants to run for president? Does it have to wait 35 years, even if it is born with adult-level consciousness?
"At the outset, the goal of this research was to use sports as a way to answer questions about law enforcement. The criminal justice system is much more complicated than an athletic institution, the problems are weightier, and the consequences more dire. But even though it’s not a not a perfect parallel, Ryan Calo, who studies law and technology at the University of Washington, says that the research helps explain how people respond when machines lay down the law.
"Ryan Calo, a law professor at the University of Washington, says that we tend to talk about robots as if they are a future technology, ignoring the fact that we have already been living with them for several decades. “If you want to envisage the future in the 1920s, 1940s, 1980s, or in 2017, then you think of robots. But the reality is that robots have been in our societies since the 1950s,” he says."
U.S. Sen. John Thune (R-S.D.), chairman of the Senate Committee on Commerce, Science, and Transportation, will convene a hearing on Wednesday, November 16, 2016, at 3:00 p.m. entitled “Exploring Augmented Reality.” The hearing will examine the emergence, benefits, and implications of augmented reality technologies. Unlike virtual reality that creates a wholly simulated reality, augmented reality attempts to superimpose images and visual data on the physical world in an intuitive way.
• Mr. Brian Blau, Research Vice President, Gartner
The University of Washington School of Law is delighted to announce a public workshop on the law and policy of artificial intelligence, co-hosted by the White House and UW’s Tech Policy Lab. The event places leading artificial intelligence experts from academia and industry in conversation with government officials interested in developing a wise and effective policy framework for this increasingly important technology. The event is free and open to the public but requires registration. -
There are a million ways people might use drones in the future, from deliveries and police work to journalism. But in this episode, we’re going to talk about consumer drones — something that you or I might use for ourselves. What does the world look like when everybody with a smart phone also has a drone?
"“We don’t need to get to this crazy world in which robots are trying to take over in order for there to be really difficult, interesting complex legal questions,” says Ryan Calo, professor of law at the University of Washington, “That’s happening right now.”
Here’s a sample:
“How do we make sure these drones are not recording things that they shouldn’t," Calo says, "and those things aren’t winding up .... on Amazon servers,or somehow getting out to the public or to law enforcement?"
"What will Amazon’s drone highway in the sky look like?
Probably not a drone highway. Amazon unveiled a proposal where low-level air space would be carved out for drones: 200 to 400 feet would be reserved for high-speed transit drones. Below, there would be space for low -speed local drone traffic, and above would be a no-fly buffer zone to keep drones out of manned-vehicle air space, aka flight paths.
Robots have been used in factories around the world for decades, often carrying out dangerous or highly repetitive operations. However the city of Dongguan, China, has become home to the first fully automated factory - where the workforce is made of up entirely of robots. Changying Precision Technology will only employ a small number of human staff who will monitor operations of the machinery, but all processes are completed by robotic equipment.
Is this a sign of things to come? Newsday spoke to Ryan Calo, a professor with the University of Washington Tech Policy Lab.