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EU-U.S. Privacy Shield Program Overview The EU-U.S. Privacy Shield Framework was designed by the U.S. Department of Commerce and European Commission to provide companies on both sides of the Atlantic with a mechanism to comply with EU data protection requirements when transferring personal data from the European Union to the United States in support of transatlantic commerce. On July 12, the European Commission deemed the Privacy Shield Framework adequate to enable data transfers under EU law (see the adequacy determination). The Privacy Shield program, which is administered by the International Trade Administration (ITA) within the U.S. Department of Commerce, enables U.S.-based organizations to join the Privacy Shield Framework in order to benefit from the adequacy determination. To join the Privacy Shield Framework, a U.S.-based organization will be required to self-certify to the Department of Commerce (via this website) and publicly commit to comply with the Framework’s requirements. While joining the Privacy Shield Framework is voluntary, once an eligible organization makes the public commitment to comply with the Framework’s requirements, the commitment will become enforceable under U.S. law. All organizations interested in joining the Privacy Shield Framework should review its requirements in their entirety. To assist in that effort, Commerce’s Privacy Shield Team has compiled resources and addressed frequently asked questions below. ResourcesKey New Requirements for Participating Organizations How to Join the Privacy ShieldPrivacy Policy FAQs Frequently Asked Questions

A team of engineering geniuses from the University of Bristol, England has developed the world’s first re-programmable, multi-purpose quantum photonic computer chip that relies on quantum entanglement to perform calculations.With multiple waveguide channels (made from standard silicon dioxide), and eight electrodes (see image above), the silicon chip is capable of repeatedly entangling photons. Depending on how the electrodes are programmed, different quantum states can be produced. The end result is two qubits that can be used to perform quantum computing — and unlike D-Wave’s 128-qubit processor (well, depending on who you ask) this is real quantum computing.

We know that entanglement can be used for very effective encryption, but beyond that it’s mostly guesswork. There’s general agreement that qubits should allow for faster computation of very complex numbers — think biological processes and weather systems — and early work by Google suggests that pattern recognition might also be a strength of qubits.

The biggest difference between ideas like this and a PayPal — and PayPal is a phenomenal idea, Square is too — is that those are built on top of networks like Visa and MasterCard. We're building our own

All banks are connected by one ACH system.  Credit card companies utilize that same system to pay off your credit card charges.  Banks internally set along that same system to move money in their own banks.  This system in its own right is riddled with flaws — tons of fraud issues and waste and delays.  If you've ever had a payment take a few days to clear, its because they're waiting on that ACH system. We want to fix that system between the banks, take out the delays and make it instant.  If we can create this ubiquitous cash layer of distribution between consumers and merchants and developers and financial institutions, that actually fixes the problem.

Back in 2011, Julian Assange met up with Eric Schmidt for an interview that he considers the best he’s ever given. That doesn’t change, however, the opinion he now has about Schmidt and the company he represents, Google.In fact, the WikiLeaks leader doesn’t believe in the famous “Don’t Be Evil” mantra that Google has been preaching for years.Assange thinks both Schmidt and Google are at the exact opposite spectrum.“Nobody wants to acknowledge that Google has grown big and bad. But it has. Schmidt’s tenure as CEO saw Google integrate with the shadiest of US power structures as it expanded into a geographically invasive megacorporation. But Google has always been comfortable with this proximity,” Assange writes in an opinion piece for Newsweek.

“Long before company founders Larry Page and Sergey Brin hired Schmidt in 2001, their initial research upon which Google was based had been partly funded by the Defense Advanced Research Projects Agency (DARPA). And even as Schmidt’s Google developed an image as the overly friendly giant of global tech, it was building a close relationship with the intelligence community,” Assange continues.Throughout the lengthy article, Assange goes on to explain how the 2011 meeting came to be and talks about the people the Google executive chairman brought along - Lisa Shields, then vice president of the Council on Foreign Relationship, Jared Cohen, who would later become the director of Google Ideas, and Scott Malcomson, the book’s editor, who would later become the speechwriter and principal advisor to Susan Rice.“At this point, the delegation was one part Google, three parts US foreign-policy establishment, but I was still none the wiser.” Assange goes on to explain the work Cohen was doing for the government prior to his appointment at Google and just how Schmidt himself plays a bigger role than previously thought.In fact, he says that his original image of Schmidt, as a politically unambitious Silicon Valley engineer, “a relic of the good old days of computer science graduate culture on the West Coast,” was wrong.

However, Assange concedes that that is not the sort of person who attends Bilderberg conferences, who regularly visits the White House, and who delivers speeches at the Davos Economic Forum.He claims that Schmidt’s emergence as Google’s “foreign minister” did not come out of nowhere, but it was “presaged by years of assimilation within US establishment networks of reputation and influence.” Assange makes further accusations that, well before Prism had even been dreamed of, the NSA was already systematically violating the Foreign Intelligence Surveillance Act under its director at the time, Michael Hayden. He states, however, that during the same period, namely around 2003, Google was accepting NSA money to provide the agency with search tools for its rapidly-growing database of information.Assange continues by saying that in 2008, Google helped launch the NGA spy satellite, the GeoEye-1, into space and that the search giant shares the photographs from the satellite with the US military and intelligence communities. Later on, 2010, after the Chinese government was accused of hacking Google, the company entered into a “formal information-sharing” relationship with the NSA, which would allow the NSA’s experts to evaluate the vulnerabilities in Google’s hardware and software.

Total mobile data traffic topped mobile voice traffic in the United States last year, for the first time.In fact, globally, data traffic (that includes SMS text messaging) topped voice traffic on a monthly basis last year and the total traffic across the world exceeded an exabyte for the first time in 2009, according to a report just released by Chetan Sharma Consulting, a leading strategist in the mobile industry (clients include AT&T and China Mobile).

Canada’s electronic surveillance agency is covertly monitoring vast amounts of Canadians’ emails as part of a sweeping domestic cybersecurity operation, according to top-secret documents. The surveillance initiative, revealed Wednesday by CBC News in collaboration with The Intercept, is sifting through millions of emails sent to Canadian government agencies and departments, archiving details about them on a database for months or even years. The data mining operation is carried out by the Communications Security Establishment, or CSE, Canada’s equivalent of the National Security Agency. Its existence is disclosed in documents obtained by The Intercept from NSA whistleblower Edward Snowden. The emails are vacuumed up by the Canadian agency as part of its mandate to defend against hacking attacks and malware targeting government computers. It relies on a system codenamed PONY EXPRESS to analyze the messages in a bid to detect potential cyber threats.

Last year, CSE acknowledged it collected some private communications as part of cybersecurity efforts. But it refused to divulge the number of communications being stored or to explain for how long any intercepted messages would be retained. Now, the Snowden documents shine a light for the first time on the huge scope of the operation — exposing the controversial details the government withheld from the public. Under Canada’s criminal code, CSE is not allowed to eavesdrop on Canadians’ communications. But the agency can be granted special ministerial exemptions if its efforts are linked to protecting government infrastructure — a loophole that the Snowden documents show is being used to monitor the emails. The latest revelations will trigger concerns about how Canadians’ private correspondence with government employees are being archived by the spy agency and potentially shared with police or allied surveillance agencies overseas, such as the NSA. Members of the public routinely communicate with government employees when, for instance, filing tax returns, writing a letter to a member of parliament, applying for employment insurance benefits or submitting a passport application.

Chris Parsons, an internet security expert with the Toronto-based internet think tank Citizen Lab, told CBC News that “you should be able to communicate with your government without the fear that what you say … could come back to haunt you in unexpected ways.” Parsons said that there are legitimate cybersecurity purposes for the agency to keep tabs on communications with the government, but he added: “When we collect huge volumes, it’s not just used to track bad guys. It goes into data stores for years or months at a time and then it can be used at any point in the future.” In a top-secret CSE document on the security operation, dated from 2010, the agency says it “processes 400,000 emails per day” and admits that it is suffering from “information overload” because it is scooping up “too much data.” The document outlines how CSE built a system to handle a massive 400 terabytes of data from Internet networks each month — including Canadians’ emails — as part of the cyber operation. (A single terabyte of data can hold about a billion pages of text, or about 250,000 average-sized mp3 files.)

“Is this related to what we talked about before?” Bencsáth said, referring to a previous discussion they’d had about testing new services the company planned to offer customers. “No, something else,” Bartos said. “Can you come now? It’s important. But don’t tell anyone where you’re going.” Bencsáth wolfed down the rest of his lunch and told his colleagues in the lab that he had a “red alert” and had to go. “Don’t ask,” he said as he ran out the door. A while later, he was at Bartos’ office, where a triage team had been assembled to address the problem they wanted to discuss. “We think we’ve been hacked,” Bartos said.

They found a suspicious file on a developer’s machine that had been created late at night when no one was working. The file was encrypted and compressed so they had no idea what was inside, but they suspected it was data the attackers had copied from the machine and planned to retrieve later. A search of the company’s network found a few more machines that had been infected as well. The triage team felt confident they had contained the attack but wanted Bencsáth’s help determining how the intruders had broken in and what they were after. The company had all the right protections in place—firewalls, antivirus, intrusion-detection and -prevention systems—and still the attackers got in.

Bencsáth was a teacher, not a malware hunter, and had never done such forensic work before. At the CrySyS Lab, where he was one of four advisers working with a handful of grad students, he did academic research for the European Union and occasional hands-on consulting work for other clients, but the latter was mostly run-of-the-mill cleanup work—mopping up and restoring systems after random virus infections. He’d never investigated a targeted hack before, let alone one that was still live, and was thrilled to have the chance. The only catch was, he couldn’t tell anyone what he was doing. Bartos’ company depended on the trust of customers, and if word got out that the company had been hacked, they could lose clients. The triage team had taken mirror images of the infected hard drives, so they and Bencsáth spent the rest of the afternoon poring over the copies in search of anything suspicious. By the end of the day, they’d found what they were looking for—an “infostealer” string of code that was designed to record passwords and other keystrokes on infected machines, as well as steal documents and take screenshots. It also catalogued any devices or systems that were connected to the machines so the attackers could build a blueprint of the company’s network architecture. The malware didn’t immediately siphon the stolen data from infected machines but instead stored it in a temporary file, like the one the triage team had found. The file grew fatter each time the infostealer sucked up data, until at some point the attackers would reach out to the machine to retrieve it from a server in India that served as a command-and-control node for the malware.

The first (and thus far only) roll-back of post-9/11 surveillance authorities was implemented over the weekend: The National Security Agency shuttered its program for collecting and holding the metadata of Americans’ phone calls under Section 215 of the Patriot Act. While bulk collection under Section 215 has ended, the government can obtain access to this information under the procedures specified in the USA Freedom Act. Indeed, some experts have argued that the Agency likely has access to more metadata because its earlier dragnet didn’t cover cell phones or Internet calling. In addition, the metadata of calls made by an individual in the United States to someone overseas and vice versa can still be collected in bulk — this takes place abroad under Executive Order 12333. No doubt the NSA wishes that this was the end of the surveillance reform story and the Paris attacks initially gave them an opening. John Brennan, the Director of the CIA, implied that the attacks were somehow related to “hand wringing” about spying and Sen. Tom Cotton (R-Ark.) introduced a bill to delay the shut down of the 215 program. Opponents of encryption were quick to say: “I told you so.”

But the facts that have emerged thus far tell a different story. It appears that much of the planning took place IRL (that’s “in real life” for those of you who don’t have teenagers). The attackers, several of whom were on law enforcement’s radar, communicated openly over the Internet. If France ever has a 9/11 Commission-type inquiry, it could well conclude that the Paris attacks were a failure of the intelligence agencies rather than a failure of intelligence authorities. Despite the passage of the USA Freedom Act, US surveillance authorities have remained largely intact. Section 702 of the FISA Amendments Act — which is the basis of programs like PRISM and the NSA’s Upstream collection of information from Internet cables — sunsets in the summer of 2017. While it’s difficult to predict the political environment that far out, meaningful reform of Section 702 faces significant obstacles. Unlike the Section 215 program, which was clearly aimed at Americans, Section 702 is supposedly targeted at foreigners and only picks up information about Americans “incidentally.” The NSA has refused to provide an estimate of how many Americans’ information it collects under Section 702, despite repeated requests from lawmakers and most recently a large cohort of advocates. The Section 215 program was held illegal by two federal courts (here and here), but civil attempts to challenge Section 702 have run into standing barriers. Finally, while two review panels concluded that the Section 215 program provided little counterterrorism benefit (here and here), they found that the Section 702 program had been useful.

There is, nonetheless, some pressure to narrow the reach of Section 702. The recent decision by the European Court of Justice in the safe harbor case suggests that data flows between Europe and the US may be restricted unless the PRISM program is modified to protect the information of Europeans (see here, here, and here for discussion of the decision and reform options). Pressure from Internet companies whose business is suffering — estimates run to the tune of $35 to 180 billion — as a result of disclosures about NSA spying may also nudge lawmakers towards reform. One of the courts currently considering criminal cases which rely on evidence derived from Section 702 surveillance may hold the program unconstitutional either on the basis of the Fourth Amendment or Article III for the reasons set out in this Brennan Center report. A federal district court in Colorado recently rejected such a challenge, although as explained in Steve’s post, the decision did not seriously explore the issues. Further litigation in the European courts too could have an impact on the debate.