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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.

Last month, at the request of the Department of Justice, the Courts approved changes to the obscure Rule 41 of the Federal Rules of Criminal Procedure, which governs search and seizure. By the nature of this obscure bureaucratic process, these rules become law unless Congress rejects the changes before December 1, 2016.Today I, along with my colleagues Senators Paul from Kentucky, Baldwin from Wisconsin, and Daines and Tester from Montana, am introducing the Stopping Mass Hacking (SMH) Act (bill, summary), a bill to protect millions of law-abiding Americans from a massive expansion of government hacking and surveillance. Join the conversation with #SMHact.

For law enforcement to conduct a remote electronic search, they generally need to plant malware in — i.e. hack — a device. These rule changes will allow the government to search millions of computers with the warrant of a single judge. To me, that’s clearly a policy change that’s outside the scope of an “administrative change,” and it is something that Congress should consider. An agency with the record of the Justice Department shouldn’t be able to wave its arms and grant itself entirely new powers.

These changes say that if law enforcement doesn’t know where an electronic device is located, a magistrate judge will now have the the authority to issue a warrant to remotely search the device, anywhere in the world. While it may be appropriate to address the issue of allowing a remote electronic search for a device at an unknown location, Congress needs to consider what protections must be in place to protect Americans’ digital security and privacy. This is a new and uncertain area of law, so there needs to be full and careful debate. The ACLU has a thorough discussion of the Fourth Amendment ramifications and the technological questions at issue with these kinds of searches.The second part of the change to Rule 41 would give a magistrate judge the authority to issue a single warrant that would authorize the search of an unlimited number — potentially thousands or millions — of devices, located anywhere in the world. These changes would dramatically expand the government’s hacking and surveillance authority. The American public should understand that these changes won’t just affect criminals: computer security experts and civil liberties advocates say the amendments would also dramatically expand the government’s ability to hack the electronic devices of law-abiding Americans if their devices were affected by a computer attack. Devices will be subject to search if their owners were victims of a botnet attack — so the government will be treating victims of hacking the same way they treat the perpetrators.

“A program obfuscator would be a powerful tool for finding plausible constructions for just about any cryptographic task you could conceive of,” said Yuval Ishai, of the Technion in Haifa, Israel. Precisely because of obfuscation’s power, many computer scientists, including Sahai and his colleagues, thought it was impossible. “We were convinced it was too powerful to exist,” he said. Their earliest research findings seemed to confirm this, showing that the most natural form of obfuscation is indeed impossible to achieve for all programs. Then, on July 20, 2013, Sahai and five co-authors posted a paper on the Cryptology ePrint Archive demonstrating a candidate protocol for a kind of obfuscation known as “indistinguishability obfuscation.” Two days later, Sahai and one of his co-authors, Brent Waters, of the University of Texas, Austin, posted a second paper that suggested, together with the first paper, that this somewhat arcane form of obfuscation may possess much of the power cryptographers have dreamed of. “This is the first serious positive result” when it comes to trying to find a universal obfuscator, said Boaz Barak, of Microsoft Research in Cambridge, Mass. “The cryptography community is very excited.” In the six months since the original paper was posted, more papers have appeared on the ePrint archive with “obfuscation” in the title than in the previous 17 years.

On Thursday, the Federal Communications Commission voted 3-2 to open for public debate new rules meant to guarantee an open Internet. Before the plan becomes final, though, the chairman of the commission, Tom Wheeler, will need to convince his colleagues and an array of powerful lobbying groups that the plan follows the principle of net neutrality, the idea that all content running through the Internet’s pipes is treated equally.While the rules are meant to prevent Internet providers from knowingly slowing data, they would allow content providers to pay for a guaranteed fast lane of service. Some opponents of the plan, those considered net neutrality purists, argue that allowing some content to be sent along a fast lane would essentially discriminate against other content.

“We are dedicated to protecting and preserving an open Internet,” Mr. Wheeler said immediately before the commission vote. “What we’re dealing with today is a proposal, not a final rule. We are asking for specific comment on different approaches to accomplish the same goal, an open Internet.”

Mr. Wheeler argued on Thursday that the proposal did not allow a fast lane. But the proposed rules do not address the connection between an Internet service provider, which sells a connection to consumers, and the operators of backbone transport networks that connect various parts of the Internet’s central plumbing.That essentially means that as long as an Internet service provider like Comcast or Verizon does not slow the service that a consumer buys, the provider can give faster service to a company that pays to get its content to consumers unimpeded

Nearly 20 years after Congress passed the Electronic Freedom of Information Act Amendments (E-FOIA), only 40 percent of agencies have followed the law's instruction for systematic posting of records released through FOIA in their electronic reading rooms, according to a new FOIA Audit released today by the National Security Archive at www.nsarchive.org to mark Sunshine Week. The Archive team audited all federal agencies with Chief FOIA Officers as well as agency components that handle more than 500 FOIA requests a year — 165 federal offices in all — and found only 67 with online libraries populated with significant numbers of released FOIA documents and regularly updated.

Congress called on agencies to embrace disclosure and the digital era nearly two decades ago, with the passage of the 1996 "E-FOIA" amendments. The law mandated that agencies post key sets of records online, provide citizens with detailed guidance on making FOIA requests, and use new information technology to post online proactively records of significant public interest, including those already processed in response to FOIA requests and "likely to become the subject of subsequent requests." Congress believed then, and openness advocates know now, that this kind of proactive disclosure, publishing online the results of FOIA requests as well as agency records that might be requested in the future, is the only tenable solution to FOIA backlogs and delays. Thus the National Security Archive chose to focus on the e-reading rooms of agencies in its latest audit. Even though the majority of federal agencies have not yet embraced proactive disclosure of their FOIA releases, the Archive E-FOIA Audit did find that some real "E-Stars" exist within the federal government, serving as examples to lagging agencies that technology can be harnessed to create state-of-the art FOIA platforms. Unfortunately, our audit also found "E-Delinquents" whose abysmal web performance recalls the teletype era.

E-Delinquents include the Office of Science and Technology Policy at the White House, which, despite being mandated to advise the President on technology policy, does not embrace 21st century practices by posting any frequently requested records online. Another E-Delinquent, the Drug Enforcement Administration, insults its website's viewers by claiming that it "does not maintain records appropriate for FOIA Library at this time."

The USA PATRIOT Act granted the government powerful new spying capabilities that have grown out of control—but the provision that the FBI and NSA have been using to collect the phone records of millions of innocent people expires on June 1. Tell Congress: it’s time to rethink out-of-control spying. A vote to reauthorize Section 215 is a vote against the Constitution.

On June 5, 2013, the Guardian published a secret court order showing that the NSA has interpreted Section 215 to mean that, with the help of the FBI, it can collect the private calling records of millions of innocent people. The government could even try to use Section 215 for bulk collection of financial records. The NSA’s defenders argue that invading our privacy is the only way to keep us safe. But the White House itself, along with the President’s Review Board has said that the government can accomplish its goals without bulk telephone records collection. And the Privacy and Civil Liberties Oversight Board said, “We have not identified a single instance involving a threat to the United States in which [bulk collection under Section 215 of the PATRIOT Act] made a concrete difference in the outcome of a counterterrorism investigation.” Since June of 2013, we’ve continued to learn more about how out of control the NSA is. But what has not happened since June is legislative reform of the NSA. There have been myriad bipartisan proposals in Congress—some authentic and some not—but lawmakers didn’t pass anything. We need comprehensive reform that addresses all the ways the NSA has overstepped its authority and provides the NSA with appropriate and constitutional tools to keep America safe. In the meantime, tell Congress to take a stand. A vote against reauthorization of Section 215 is a vote for the Constitution.

The nation’s top technology firms and a coalition of privacy groups are urging Congress to place curbs on government surveillance in the face of a fast-approaching deadline for legislative action. A set of key Patriot Act surveillance authorities expire June 1, but the effective date is May 21 — the last day before Congress breaks for a Memorial Day recess. In a letter to be sent Wednesday to the Obama administration and senior lawmakers, the coalition vowed to oppose any legislation that, among other things, does not ban the “bulk collection” of Americans’ phone records and other data.

We know that there are some in Congress who think that they can get away with reauthorizing the expiring provisions of the Patriot Act without any reforms at all,” said Kevin Bankston, policy director of New America Foundation’s Open Technology Institute, a privacy group that organized the effort. “This letter draws a line in the sand that makes clear that the privacy community and the Internet industry do not intend to let that happen without a fight.” At issue is the bulk collection of Americans’ data by intelligence agencies such as the National Security Agency. The NSA’s daily gathering of millions of records logging phone call times, lengths and other “metadata” stirred controversy when it was revealed in June 2013 by former NSA contractor Edward Snowden. The records are placed in a database that can, with a judge’s permission, be searched for links to foreign terrorists.They do not include the content of conversations.

That program, placed under federal surveillance court oversight in 2006, was authorized by the court in secret under Section 215 of the Patriot Act — one of the expiring provisions. The public outcry that ensued after the program was disclosed forced President Obama in January 2014 to call for an end to the NSA’s storage of the data. He also appealed to Congress to find a way to preserve the agency’s access to the data for counterterrorism information.

Why did the internet freedom agenda fail? Goldsmith’s essay tees up, but does not fully explore, a range of explanatory hypotheses. The most straightforward have to do with unrealistic expectations and unintended consequences. The idea that a minimally regulated internet would usher in an era of global peace, prosperity, and mutual understanding, Goldsmith tells us, was always a fantasy. As a project of democracy and human rights promotion, the internet freedom agenda was premised on a wildly overoptimistic view about the capacity of information flows, on their own, to empower oppressed groups and effect social change. Embracing this market-utopian view led the United States to underinvest in cybersecurity, social media oversight, and any number of other regulatory tools. In suggesting this interpretation of where U.S. policymakers and their civil society partners went wrong, Goldsmith’s essay complements recent critiques of the neoliberal strains in the broader human rights and transparency movements. Perhaps, however, the internet freedom agenda has faltered not because it was so naïve and unrealistic, but because it was so effective at achieving its realist goals. The seeds of this alternative account can be found in Goldsmith’s concession that the commercial non-regulation principle helped companies like Apple, Google, Facebook, and Amazon grab “huge market share globally.” The internet became an increasingly valuable cash cow for U.S. firms and an increasingly potent instrument of U.S. soft power over the past two decades; foreign governments, in due course, felt compelled to fight back. If the internet freedom agenda is understood as fundamentally a national economic project, rather than an international political or moral crusade, then we might say that its remarkable early success created the conditions for its eventual failure. Goldsmith’s essay also points to a third set of possible explanations for the collapse of the internet freedom agenda, involving its internal contradictions. Magaziner’s notion of a completely deregulated marketplace, if taken seriously, is incoherent. As Goldsmith and Tim Wu have discussed elsewhere, it takes quite a bit of regulation for any market, including markets related to the internet, to exist and to work. And indeed, even as Magaziner proposed “complete deregulation” of the internet, he simultaneously called for new legal protections against computer fraud and copyright infringement, which were soon followed by extensive U.S. efforts to penetrate foreign networks and to militarize cyberspace. Such internal dissonance was bound to invite charges of opportunism, and to render the American agenda unstable.

When the internet goes down, life as the modern American knows it grinds to a halt. Gone are the cute kitten photos and the Facebook status updates—but also gone are the signals telling stoplights to change from green to red, and doctors’ access to online patient records. A vast web of physical infrastructure undergirds the internet connections that touch nearly every aspect of modern life. Delicate fiber optic cables, massive data transfer stations, and power stations create a patchwork of literal nuts and bolts that facilitates the flow of zeros and ones. Now, research shows that a whole lot of that infrastructure sits squarely in the path of rising seas. (See what the planet would look like if all the ice melted.) Scientists mapped out the threads and knots of internet infrastructure in the U.S. and layered that on top of maps showing future sea level rise. What they found was ominous: Within 15 years, thousands of miles of fiber optic cable—and hundreds of pieces of other key infrastructure—are likely to be swamped by the encroaching ocean. And while some of that infrastructure may be water resistant, little of it was designed to live fully underwater. “So much of the infrastructure that's been deployed is right next to the coast, so it doesn't take much more than a few inches or a foot of sea level rise for it to be underwater,” says study coauthor Paul Barford, a computer scientist at the University of Wisconsin, Madison. “It was all was deployed 20ish years ago, when no one was thinking about the fact that sea levels might come up.”

“This will be a big problem,” says Rae Zimmerman, an expert on urban adaptation to climate change at NYU. Large parts of internet infrastructure soon “will be underwater, unless they're moved back pretty quickly.”

Since at least 1997, the National Security Agency (NSA) has been responsible for developing ways to attack hostile computer networks as part of the growing field of Information Warfare (IW), according to a recently declassified internal NSA publication posted today by the non-governmental National Security Archive ("the Archive") at The George Washington University. Declaring that "the future of warfare is warfare in cyberspace," a former NSA official describes the new activity as "sure to be a catalyst for major change" at the super-secret agency. The document is one of 98 items the Archive is posting today that provide wide-ranging background on the nature and scope of U.S. cyber activities.

In our society, the rule of law sets limits on what government can and cannot do, no matter how important its goals. To give a simple example, even when chasing a fleeing murder suspect, the police have a duty not to endanger bystanders. The government should pay the same care to our safety in pursuing threats online, but right now we don’t have clear, enforceable rules for government activities like hacking and "digital sabotage." And this is no abstract question—these actions increasingly endanger everyone’s security

The problem became especially clear this year during the San Bernardino case, involving the FBI’s demand that Apple rewrite its iOS operating system to defeat security features on a locked iPhone. Ultimately the FBI exploited an existing vulnerability in iOS and accessed the contents of the phone with the help of an "outside party." Then, with no public process or discussion of the tradeoffs involved, the government refused to tell Apple about the flaw. Despite the obvious fact that the security of the computers and networks we all use is both collective and interwoven—other iPhones used by millions of innocent people presumably have the same vulnerability—the government chose to withhold information Apple could have used to improve the security of its phones. Other examples include intelligence activities like Stuxnet and Bullrun, and law enforcement investigations like the FBI’s mass use of malware against Tor users engaged in criminal behavior. These activities are often disproportionate to stopping legitimate threats, resulting in unpatched software for millions of innocent users, overbroad surveillance, and other collateral effects.  That’s why we’re working on a positive agenda to confront governmental threats to digital security. Put more directly, we’re calling on lawyers, advocates, technologists, and the public to demand a public discussion of whether, when, and how governments can be empowered to break into our computers, phones, and other devices; sabotage and subvert basic security protocols; and stockpile and exploit software flaws and vulnerabilities.  

Smart people in academia and elsewhere have been thinking and writing about these issues for years. But it’s time to take the next step and make clear, public rules that carry the force of law to ensure that the government weighs the tradeoffs and reaches the right decisions. This long post outlines some of the things that can be done. It frames the issue, then describes some of the key areas where EFF is already pursuing this agenda—in particular formalizing the rules for disclosing vulnerabilities and setting out narrow limits for the use of government malware. Finally it lays out where we think the debate should go from here.