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.
Please visit the Center for Internet and Society's new wiki (cyberlaw.stanford.edu/wiki) and contribute to our privacy enhancing technology (PET) database.
Stanford Law School student Seth Gilmore got us started on a PET wiki. As the name suggests, PETs are technologies or techniques that assist users in protecting their information from abuse. They include software allowing for anonymous surfing, plug-ins that reveal who is tracking you online, and improvements in browser security. Microsoft and the Office of the Information and Privacy Commissioner of Ontario, Canada cosponsor an award for PETs, and there is a call for papers (due March 2, 2009) for an upcoming PET conference in Seattle.
David Cancel just created a wonderful privacy enhancing technology for Firefox---up there with Ad Blocker Plus in my view. In a simple and straightforward way, Ghostery reveals who is tracking your views of a page on the Internet according to a common but under-examined method: web bugs.
As David explains, "[w]eb bugs are used to track your behavior on the web in order to help the sites you visit to understand their own audiences and to allow advertisers to target ads at you." To expand a little, web bugs are tiny (generally one-pixel) pictures on a web page that tell a host or third-party when and by whom they are being loaded, which in turn reveals that the page itself has been loaded. David's elegant plug-in "scans the web pages you visit to find web bugs" and displays their owners in the upper right hand corner of the page. Ghostery is easy to install, use, and shut off.
Social networks have gotten a lot of play in recent years. What about social devices? I've been thinking about whether/how the nature of computer interfaces is changing—specifically, becoming less passive and more “social.”
My conversations with academics in Stanford's Department of Communications, and the research they've guided me toward, leads me to believe that we are once again at the edge of a shift in the way we communicate. For a variety or reasons, PCs and other computers in cars, mobile devices, etc., are making increased use of voice-driven, natural language interfaces or avatars, moving computing away from the traditional mode of passive information processing toward a more social, "person to person" interaction.
Some quick examples. Google's VP of Search gave a recent interview at Le Web during which she said that Google was exploring a more conversational interface that would allow users to actually ask Google questions out loud as though conversing with a person. Although it has met with (comic) resistance in the past, a trail of Microsoft patents going back ten years shows how serious the company is about developing a social interface, complete with voice, expressions, and gestures. As much as twenty-five percent of Microsoft's research efforts reportedly involve artificial intelligence. Even the U.S. government has gotten into this game: the U.S. Army’s virtual recruiter, SGT Star, responds to questions out loud, changes moods, makes jokes, etc. According to developer statistics, SGT Star has responded to over two million questions since his debut in 2006.
Electronic books are a little like flying cars; always right about to catch on. Today the New York Times asks “Could book lovers finally be willing to switch from pages to pixels?” In an interesting piece in Technology, Brad Stone and Motoko Rich interview publishers in an attempt to size this market, concluding that the era of e-books may (finally) have arrived.
Lots could be said on this topic--much praised and much lamented. But we've been discussing a particular angle here at CIS: whether this page to pixel migration might have serious repercussions for reader privacy.
A recent Computerworld blog post shows how tone deaf we can be about the implications of new technology. A group of car dealers in Oregon apparently attached GPS devices to cars sold to customers with poor credit so as to be able to track them down more easily in the event of repossession.
I am a law professor who writes about robotics. I’m also a big Paolo Bacigalupi fan, particularly his breakout novel The Windup Girl involving an artificial girl. So for me, “Mika Model” was not entirely new territory. For all my familiarity with its themes, however, Bacigalupi’s story revealed an important connection in robotics law that had never before occurred to me.
Over the last year, the FBI has had harsh words for Apple, accusing the tech giant of endangering human lives and aiding criminals by turning on encryption by default on the iPhone. When Google announced it would add the feature to Android, meaning that smartphone users would need to unlock their phones for police to be able to go through them, government officials and law enforcement representatives similarly freaked out.
Privacy law scholars tend to be skeptical of markets. Markets “unravel” privacy by penalizing consumers who prefer it, degrade privacy by treating it as just another commodity to be traded, and otherwise interfere with the values or processes that privacy exists to preserve.
"A future where ROSS, or similar robot lawyers, is used across the country might not be too far away, according to Ryan Calo, a law professor and writer who focuses on the intersection of technology and law. “The use of complex software in the practice of law is commonplace — for instance, in managing discovery,” said Calo. “Watson is a tool — in law or medicine or another context — to assist professionals in making judgments. Eventually, I bet not using these systems will come to be viewed as antiquated and even irresponsible, like writing a brief on a typewriter.”'
"All of which begs the question, is this that big a deal? “We need to figure out what kind of danger drones actually prose,” says Ryan Calo, who specializes in law as it applies to robotics, at the University of Washington. “Is it enough to spend millions of dollars protecting against them at every airport?”"
"Ryan Calo, a law professor at the University of Washington, thinks that though this isn’t the first effort Google has made to curb what it deems dangerous advertising (even within the financial sector) it’s a substantial one that will have an effect for both consumers and payday lenders. “It’s one thing to have a bunch of lawmakers take a stand. It’s quite another to have the main search engine not carry ads,” Calo says. “It has a signaling function.
""If you're looking for an economically-efficient way to deliver packages, you'd be better off using a bicycle," said Ryan Calo, an assistant law professor at the University of Washington specializing in robotics."
""Just imagine a world in which bots are out there looking for vulnerabilities and other bots or artificial intelligence is simultaneously poking holes, plugging holes, poking back," said Ryan Calo, a law professor and director of the Tech Policy Lab at the University of Washington, a think tank that examines cybersecurity and AI policy."
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. -
CIS Affilate Scholar Ryan Calo wil be part of a panel titled "Understanding the Implications of Open Data".
How can open data promote trust in government without creating a transparent citizenry?
CIS Affiliate Scholars Peter Asaro, Ryan Calo and Woodrow Hartzog will all be participating in this two-day conference.
Registration is open for We Robot 2015 and we have a great program planned:
Friday, April 10
Registration and Breakfast
Welcome Remarks: Dean Kellye Testy, University of Washington School of Law
Introductory Remarks: Ryan Calo, Program Committee Chair
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.