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On 7 November 2008, the directors of the law libraries at the University of Chicago, Columbia University, Cornell University, Duke University, Georgetown University, Harvard University, New York University, Northwestern University, the University of Pennsylvania, Stanford University, the University of Texas, and Yale University met in Durham, North Carolina at the Duke Law School. That meeting resulted in the "Durham Statement on Open Access to Legal Scholarship," which calls for all law schools to stop publishing their journals in print format and to rely instead on electronic publication coupled with a commitment to keep the electronic versions available in stable, open, digital formats.

Particularly now, with growing financial pressures on law school budgets, ending print publication of law journals deserves serious consideration. Very few law journals receive enough in subscription income and royalties to cover their costs of operation. The Statement anticipates both that the costs for printing and mailing can be eliminated, and that law libraries can reduce their costs for subscribing to, processing, and preserving print journals. There are additional benefits in improving access to journals that are not now published in open access formats and in reducing paper consumption.

Call to Action: We therefore urge every U.S. law school to commit to ending print publication of its journals and to making definitive versions of journals and other scholarship produced at the school immediately available upon publication in stable, open, digital formats, rather than in print. We also urge every law school to commit to keeping a repository of the scholarship published at the school in a stable, open, digital format. Some law schools may choose to use a shared regional online repository or to offer their own repositories as places for other law schools to archive the scholarship published at their school. Repositories should rely upon open standards for the archiving of works, as well as on redundant formats, such as PDF copies. We also urge law schools and law libraries to agree to and use a standard set of metadata to catalog each article to ensure easy online public indexing of legal scholarship. As a measure of redundancy, we also urge faculty members to reserve their copyrights to ensure that they too can make their own scholarship available in stable, open, digital formats. All law journals should rely upon the AALS model publishing agreement as a default and should respect author requests to retain copyrights in their scholarship.

Researchers at the University of Idaho have created a single computer chip more powerful than 17,000 Intel quad core processors that runs on .03 percent of the power those chips would require.

Researchers at the University of Idaho have created a single computer chip more powerful than 17,000 Intel quad core processors that runs on .03 percent of the power those chips would require.The chip will be used on NASA's developing Geostationary Synthetic Thinned Aperture Radiometer (GeoSTAR) project, which will observe hurricanes and other severe storms in the U.S.

Though commercial electronics have used this technology for some time, they could not make the electronics resistant to radiation, which is required for operations in space

Much has been written, at least in the alternative media, about the Trans Pacific Partnership (TPP) and the Transatlantic Trade and Investment Partnership (TTIP), two multilateral trade treaties being negotiated between the representatives of dozens of national governments and armies of corporate lawyers and lobbyists (on which you can read more here, here and here). However, much less is known about the decidedly more secretive Trade in Services Act (TiSA), which involves more countries than either of the other two. At least until now, that is. Thanks to a leaked document jointly published by the Associated Whistleblowing Press and Filtrala, the potential ramifications of the treaty being hashed out behind hermetically sealed doors in Geneva are finally seeping out into the public arena.

The leaked documents confirm our worst fears that TiSA is being used to further the interests of some of the largest corporations on earth (…) Negotiation of unrestricted data movement, internet neutrality and how electronic signatures can be used strike at the heart of individuals’ rights. Governments must come clean about what they are negotiating in these secret trade deals. Fat chance of that, especially in light of the fact that the text is designed to be almost impossible to repeal, and is to be “considered confidential” for five years after being signed. What that effectively means is that the U.S. approach to data protection (read: virtually non-existent) could very soon become the norm across 50 countries spanning the breadth and depth of the industrial world.

If signed, the treaty would affect all services ranging from electronic transactions and data flow, to veterinary and architecture services. It would almost certainly open the floodgates to the final wave of privatization of public services, including the provision of healthcare, education and water. Meanwhile, already privatized companies would be prevented from a re-transfer to the public sector by a so-called barring “ratchet clause” – even if the privatization failed. More worrisome still, the proposal stipulates that no participating state can stop the use, storage and exchange of personal data relating to their territorial base. Here’s more from Rosa Pavanelli, general secretary of Public Services International (PSI):

President Obama plans to announce legislation Tuesday that would shield companies from lawsuits for sharing computer threat data with the government in an effort to prevent cyber­attacks. On the heels of a destructive attack at Sony Pictures Entertainment and major breaches at JPMorgan Chase and retail chains, Obama is intent on capitalizing on the heightened sense of urgency to improve the security of the nation’s networks, officials said. “He’s been doing everything he can within his executive authority to move the ball on this,” said a senior administration official who spoke on the condition of anonymity to discuss legislation that has not yet been released. “We’ve got to get something in place that allows both industry and government to work more closely together.”

“We think the current information-sharing regime is adequate,” said Mark Jaycox, legislative analyst at the Electronic Frontier Foundation, a privacy group. “More companies need to use it, but the idea of broad legal immunity isn’t needed right now.” The administration official disagreed. The lack of such immunity is what prevents many companies from greater sharing of data with the government, the official said. “We have heard that time and time again,” the official said. The proposal, which builds on a 2011 administration bill, grants liability protection to companies that provide indicators of cyberattacks and threats to the Department of Homeland Security.

But in a provision likely to raise concerns from privacy advocates, the administration wants to require DHS to share that information “in as near real time as possible” with other government agencies that have a cybersecurity mission, the official said. Those include the National Security Agency, the Pentagon’s ­Cyber Command, the FBI and the Secret Service. “DHS needs to take an active lead role in ensuring that unnecessary personal information is not shared with intelligence authorities,” Jaycox said. The debates over government surveillance prompted by disclosures from former NSA contractor Edward Snowden have shown that “the agencies already have a tremendous amount of unnecessary information,” he said.

The government has now filed its Second Circuit brief in the dispute with Microsoft (discussed here, here, and here), challenging key assertions by Microsoft and its many amici, and making a strong argument that a warrant issued under the Stored Communications Act (SCA) requires Microsoft to turn over emails in its custody and control, regardless of whether they are being held (in this case in Dublin). After reading the government’s brief, I am increasingly convinced that nothing in the text, structure, purpose, or legislative history provides a definitive answer to the central issue in the case (a point that the government implicitly concedes), and that, as a result, the dispute really is a policy one. Should, or should not, the government be authorized to compel Microsoft and other ISPs to produce emails of other private communications located in a foreign nation? What are the ramifications of such an answer on the United States’ ability to protect private communications — including that of its citizens — stored within its borders? And what are the implications for the government’s ability (or lack thereof) to access sought-after evidence overseas?

Montreal (AFP) - A Canadian charged for refusing to give border agents his smartphone passcode was expected Thursday to become the first to test whether border inspections can include information stored on devices.Alain Philippon, 38, risks up to a year in prison and a fine of up to Can$25,000 (US$20,000) if convicted of obstruction.He told local media that he refused to provide the passcode because he considered information on his smartphone to be "personal."Philippon was transiting through the port city of Halifax on his way home from a Caribbean vacation on Monday when he was selected for an in-depth exam.

"Philippon refused to divulge the passcode for his cell phone, preventing border services officers from their duties," Canada Border Services Agency said in an email.The agency insists that the Customs Act authorizes its officers to examine "all goods and conveyances including electronic devices, such as cell phones and laptops."But, according to legal experts, the issue of whether a traveler must reveal the password for an electronic device at a border crossing has not been tested in court. "(It's) one thing for them to inspect it, another thing for them to compel you to help them," Rob Currie, director of the Law and Technology Institute at Dalhousie University, told public broadcaster CBC.Philippon is scheduled to appear in court on May 12.

If we’ve learned one thing from the Snowden revelations, it’s that what can be spied on will be spied on. Since the advent of what used to be known as the World Wide Web, it has been a relatively simple matter for network attackers—whether it’s the NSA, Chinese intelligence, your employer, your university, abusive partners, or teenage hackers on the same public WiFi as you—to spy on almost everything you do online. HTTPS, the technology that encrypts traffic between browsers and websites, fixes this problem—anyone listening in on that stream of data between you and, say, your Gmail window or bank’s web site would get nothing but useless random characters—but is woefully under-used. The ambitious new non-profit Let’s Encrypt aims to make the process of deploying HTTPS not only fast, simple, and free, but completely automatic. If it succeeds, the project will render vast regions of the internet invisible to prying eyes.

The benefits of using HTTPS are obvious when you think about protecting secret information you send over the internet, like passwords and credit card numbers. It also helps protect information like what you search for in Google, what articles you read, what prescription medicine you take, and messages you send to colleagues, friends, and family from being monitored by hackers or authorities. But there are less obvious benefits as well. Websites that don’t use HTTPS are vulnerable to “session hijacking,” where attackers can take over your account even if they don’t know your password. When you download software without encryption, sophisticated attackers can secretly replace the download with malware that hacks your computer as soon as you try installing it.

Encryption also prevents attackers from tampering with or impersonating legitimate websites. For example, the Chinese government censors specific pages on Wikipedia, the FBI impersonated The Seattle Times to get a suspect to click on a malicious link, and Verizon and AT&T injected tracking tokens into mobile traffic without user consent. HTTPS goes a long way in preventing these sorts of attacks. And of course there’s the NSA, which relies on the limited adoption of HTTPS to continue to spy on the entire internet with impunity. If companies want to do one thing to meaningfully protect their customers from surveillance, it should be enabling encryption on their websites by default.

Ben Wizner, who is perhaps best known as Edward Snowden’s lawyer, directs the American Civil Liberties Union’s Speech, Privacy & Technology Project. Wizner, who joined the ACLU in August 2001, one month before the 9/11 attacks, has been a force in the legal battles against torture, watch lists, and extraordinary rendition since the beginning of the global “war on terror.” Ad Policy On October 15, we met with Wizner in an upstate New York pub to discuss the state of privacy advocacy today. In sometimes sardonic tones, he talked about the transition from litigating on issues of torture to privacy advocacy, differences between corporate and state-sponsored surveillance, recent developments in state legislatures and the federal government, and some of the obstacles impeding civil liberties litigation. The interview has been edited and abridged for publication.

en Wizner, who is perhaps best known as Edward Snowden’s lawyer, directs the American Civil Liberties Union’s Speech, Privacy & Technology Project. Wizner, who joined the ACLU in August 2001, one month before the 9/11 attacks, has been a force in the legal battles against torture, watch lists, and extraordinary rendition since the beginning of the global “war on terror.” Ad Policy On October 15, we met with Wizner in an upstate New York pub to discuss the state of privacy advocacy today. In sometimes sardonic tones, he talked about the transition from litigating on issues of torture to privacy advocacy, differences between corporate and state-sponsored surveillance, recent developments in state legislatures and the federal government, and some of the obstacles impeding civil liberties litigation. The interview has been edited and abridged for publication.

Many of the technologies, both military technologies and surveillance technologies, that are developed for purposes of policing the empire find their way back home and get repurposed. You saw this in Ferguson, where we had military equipment in the streets to police nonviolent civil unrest, and we’re seeing this with surveillance technologies, where things that are deployed for use in war zones are now commonly in the arsenals of local police departments. For example, a cellphone surveillance tool that we call the StingRay—which mimics a cellphone tower and communicates with all the phones around—was really developed as a military technology to help identify targets. Now, because it’s so inexpensive, and because there is a surplus of these things that are being developed, it ends up getting pushed down into local communities without local democratic consent or control.

The U.S. military is spending millions on an advanced implant that would allow a human brain to communicate directly with computers.If it succeeds, cyborgs will be a reality.The Pentagon's research arm, the Defense Advanced Research Projects Agency (DARPA), hopes the implant will allow humans to directly interface with computers, which could benefit people with aural and visual disabilities, such as veterans injured in combat.The goal of the proposed implant is to "open the channel between the human brain and modern electronics" according to DARPA's program manager, Phillip Alvelda.

DARPA sees the implant as providing a foundation for new therapies that could help people with deficits in sight or hearing by "feeding digital auditory or visual information into the brain."A spokesman for DARPA told CNN that the program is not intended for military applications.

But some experts see such an implant as having the potential for numerous applications, including military ones, in the field of wearable robotics -- which aims to augment and restore human performance.Conor Walsh, a professor of mechanical and biomedical engineering at Harvard University, told CNN that the implant would "change the game," adding that "in the future, wearable robotic devices will be controlled by implants."Walsh sees the potential for wearable robotic devices or exoskeletons in everything from helping a medical patient recover from a stroke to enhancing soldiers' capabilities in combat.The U.S. military is currently developing a battery-powered exoskeleton, the Tactical Assault Light Operator Suit, to provide superior protection from enemy fire and in-helmet technologies that boost the user's communications ability and vision.The suits' development is being overseen by U.S. Special Operations Command.In theory, the proposed neural implant would allow the military member operating the suit to more effectively control the armored exoskeleton while deployed in combat.

The escalating US-China trade conflict has raised concerns about the measures each side could use in their fight, including Beijing’s option to restrict exports of rare earth metals. The economic measure is dubbed as one of Beijing’s nuclear options in its battle with Washington due to the fact that China is the top producer of rare earth metals and holds the largest reserves.

The United States relies on China, the leading global supplier, for about 80 percent of its rare earths.

China controls around 85-95 percent of all the rare earths’ production and supply. Last year, the country produced about 78 percent of the global volume of rare earths.

It seemed inevitable, and now it has happened: for the first time ever, feature phones have taken a backseat to smartphones in terms of quantities shipped. In the first quarter of 2013, device makers shipped 216.2 million smartphones worldwide, a volume that accounted for 51.6 percent of total global shipments and that marked the first time smartphones have claimed more than half of all quarterly shipments, according to market researcher IDC.

"Phone users want computers in their pockets," IDC analyst Kevin Restivo said in a statement. "The days where phones are used primarily to make phone calls and send text messages are quickly fading away."

Samsung continued to exert its dominance during the quarter, shipping 70.7 million smartphones for year-over-year growth of 60.7 percent. Second-place Apple shipped 37.4 million iPhones, up 6.6 percent. Other phone makers saw some seriously big surges: Rounding out the top five, LG shipped 10.3 million smartphones (up 110 percent), Huawei shipped 9.9 million (up 94 percent), and ZTE shipped 9.1 million (up 49 percent).

t was a powerful piece of technology created for an important customer. The Medusa system, named after the mythical Greek monster with snakes instead of hair, had one main purpose: to vacuum up vast quantities of internet data at an astonishing speed. The technology was designed by Endace, a little-known New Zealand company. And the important customer was the British electronic eavesdropping agency, Government Communications Headquarters, or GCHQ. Dozens of internal documents and emails from Endace, obtained by The Intercept and reported in cooperation with Television New Zealand, reveal the firm’s key role helping governments across the world harvest vast amounts of information on people’s private emails, online chats, social media conversations, and internet browsing histories.

Disaster stories involving the Internet of Things are all the rage. They feature cars (both driven and driverless), the power grid, dams, and tunnel ventilation systems. A particularly vivid and realistic one, near-future fiction published last month in New York Magazine, described a cyberattack on New York that involved hacking of cars, the water system, hospitals, elevators, and the power grid. In these stories, thousands of people die. Chaos ensues. While some of these scenarios overhype the mass destruction, the individual risks are all real. And traditional computer and network security isn’t prepared to deal with them.Classic information security is a triad: confidentiality, integrity, and availability. You’ll see it called “CIA,” which admittedly is confusing in the context of national security. But basically, the three things I can do with your data are steal it (confidentiality), modify it (integrity), or prevent you from getting it (availability).

So far, internet threats have largely been about confidentiality. These can be expensive; one survey estimated that data breaches cost an average of $3.8 million each. They can be embarrassing, as in the theft of celebrity photos from Apple’s iCloud in 2014 or the Ashley Madison breach in 2015. They can be damaging, as when the government of North Korea stole tens of thousands of internal documents from Sony or when hackers stole data about 83 million customer accounts from JPMorgan Chase, both in 2014. They can even affect national security, as in the case of the Office of Personnel Management data breach by—presumptively—China in 2015. On the Internet of Things, integrity and availability threats are much worse than confidentiality threats. It’s one thing if your smart door lock can be eavesdropped upon to know who is home. It’s another thing entirely if it can be hacked to allow a burglar to open the door—or prevent you from opening your door. A hacker who can deny you control of your car, or take over control, is much more dangerous than one who can eavesdrop on your conversations or track your car’s location. With the advent of the Internet of Things and cyber-physical systems in general, we've given the internet hands and feet: the ability to directly affect the physical world. What used to be attacks against data and information have become attacks against flesh, steel, and concrete. Today’s threats include hackers crashing airplanes by hacking into computer networks, and remotely disabling cars, either when they’re turned off and parked or while they’re speeding down the highway. We’re worried about manipulated counts from electronic voting machines, frozen water pipes through hacked thermostats, and remote murder through hacked medical devices. The possibilities are pretty literally endless. The Internet of Things will allow for attacks we can’t even imagine.

Harris Corp.’s Stingray surveillance device has been one of the most closely guarded secrets in law enforcement for more than 15 years. The company and its police clients across the United States have fought to keep information about the mobile phone-monitoring boxes from the public against which they are used. The Intercept has obtained several Harris instruction manuals spanning roughly 200 pages and meticulously detailing how to create a cellular surveillance dragnet. Harris has fought to keep its surveillance equipment, which carries price tags in the low six figures, hidden from both privacy activists and the general public, arguing that information about the gear could help criminals. Accordingly, an older Stingray manual released under the Freedom of Information Act to news website TheBlot.com last year was almost completely redacted. So too have law enforcement agencies at every level, across the country, evaded almost all attempts to learn how and why these extremely powerful tools are being used — though court battles have made it clear Stingrays are often deployed without any warrant. The San Bernardino Sheriff’s Department alone has snooped via Stingray, sans warrant, over 300 times.

The documents described and linked below, instruction manuals for the software used by Stingray operators, were provided to The Intercept as part of a larger cache believed to have originated with the Florida Department of Law Enforcement. Two of them contain a “distribution warning” saying they contain “Proprietary Information and the release of this document and the information contained herein is prohibited to the fullest extent allowable by law.”  Although “Stingray” has become a catch-all name for devices of its kind, often referred to as “IMSI catchers,” the manuals include instructions for a range of other Harris surveillance boxes, including the Hailstorm, ArrowHead, AmberJack, and KingFish. They make clear the capability of those devices and the Stingray II to spy on cellphones by, at minimum, tracking their connection to the simulated tower, information about their location, and certain “over the air” electronic messages sent to and from them. Wessler added that parts of the manuals make specific reference to permanently storing this data, something that American law enforcement has denied doing in the past.

One piece of Windows software used to control Harris’s spy boxes, software that appears to be sold under the name “Gemini,” allows police to track phones across 2G, 3G, and LTE networks. Another Harris app, “iDen Controller,” provides a litany of fine-grained options for tracking phones. A law enforcement agent using these pieces of software along with Harris hardware could not only track a large number of phones as they moved throughout a city but could also apply nicknames to certain phones to keep track of them in the future. The manual describing how to operate iDEN, the lengthiest document of the four at 156 pages, uses an example of a target (called a “subscriber”) tagged alternately as Green Boy and Green Ben: