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Gary Edwards

Skynet rising: Google acquires 512-qubit quantum computer; NSA surveillance to be turne... - 0 views

www.infowars.com/-be-turned-over-to-ai-machines

Skynet NSA-Patriot-Act-NDAA NSA-Google

shared by Gary Edwards on 20 Jun 13 - No Cached
  • Gary Edwards on 20 Jun 13
     
    "The ultimate code breakers" If you know anything about encryption, you probably also realize that quantum computers are the secret KEY to unlocking all encrypted files. As I wrote about last year here on Natural News, once quantum computers go into widespread use by the NSA, the CIA, Google, etc., there will be no more secrets kept from the government. All your files - even encrypted files - will be easily opened and read. Until now, most people believed this day was far away. Quantum computing is an "impractical pipe dream," we've been told by scowling scientists and "flat Earth" computer engineers. "It's not possible to build a 512-qubit quantum computer that actually works," they insisted. Don't tell that to Eric Ladizinsky, co-founder and chief scientist of a company called D-Wave. Because Ladizinsky's team has already built a 512-qubit quantum computer. And they're already selling them to wealthy corporations, too. DARPA, Northrup Grumman and Goldman Sachs In case you're wondering where Ladizinsky came from, he's a former employee of Northrup Grumman Space Technology (yes, a weapons manufacturer) where he ran a multi-million-dollar quantum computing research project for none other than DARPA - the same group working on AI-driven armed assault vehicles and battlefield robots to replace human soldiers. .... When groundbreaking new technology is developed by smart people, it almost immediately gets turned into a weapon. Quantum computing will be no different. This technology grants God-like powers to police state governments that seek to dominate and oppress the People.  ..... Google acquires "Skynet" quantum computers from D-Wave According to an article published in Scientific American, Google and NASA have now teamed up to purchase a 512-qubit quantum computer from D-Wave. The computer is called "D-Wave Two" because it's the second generation of the system. The first system was a 128-qubit computer. Gen two
  • Paul Merrell on 22 Jun 13
     
    Normally, I'd be suspicious of anything published by Infowars because its editors are willing to publish really over the top stuff, but: [i] this is subject matter I've maintained an interest in over the years and I was aware that working quantum computers were imminent; and [ii] the pedigree on this particular information does not trace to Scientific American, as stated in the article. I've known Scientific American to publish at least one soothing and lengthy article on the subject of chlorinated dioxin hazard -- my specialty as a lawyer was litigating against chemical companies that generated dioxin pollution -- that was generated by known closet chemical industry advocates long since discredited and was totally lacking in scientific validity and contrary to established scientific knowledge. So publication in Scientific American doesn't pack a lot of weight with me. But checking the Scientific American linked article, notes that it was reprinted by permission from Nature, a peer-reviewed scientific journal and news organization that I trust much more. That said, the InfoWars version is a rewrite that contains lots of information not in the Nature/Scientific American version of a sensationalist nature, so heightened caution is still in order. Check the reprinted Nature version before getting too excited: "The D-Wave computer is not a 'universal' computer that can be programmed to tackle any kind of problem. But scientists have found they can usefully frame questions in machine-learning research as optimisation problems. "D-Wave has battled to prove that its computer really operates on a quantum level, and that it is better or faster than a conventional computer. Before striking the latest deal, the prospective customers set a series of tests for the quantum computer. D-Wave hired an outside expert in algorithm-racing, who concluded that the speed of the D-Wave Two was above average overall, and that it was 3,600 times faster than a leading conventional comput
Paul Merrell

He Was a Hacker for the NSA and He Was Willing to Talk. I Was Willing to Listen. - 2 views

theintercept.com/...o-talk-i-was-willing-to-listen

surveillance state NSA-hacker-interview

shared by Paul Merrell on 03 Jul 16 - No Cached
  • he message arrived at night and consisted of three words: “Good evening sir!” The sender was a hacker who had written a series of provocative memos at the National Security Agency. His secret memos had explained — with an earthy use of slang and emojis that was unusual for an operative of the largest eavesdropping organization in the world — how the NSA breaks into the digital accounts of people who manage computer networks, and how it tries to unmask people who use Tor to browse the web anonymously. Outlining some of the NSA’s most sensitive activities, the memos were leaked by Edward Snowden, and I had written about a few of them for The Intercept. There is no Miss Manners for exchanging pleasantries with a man the government has trained to be the digital equivalent of a Navy SEAL. Though I had initiated the contact, I was wary of how he might respond. The hacker had publicly expressed a visceral dislike for Snowden and had accused The Intercept of jeopardizing lives by publishing classified information. One of his memos outlined the ways the NSA reroutes (or “shapes”) the internet traffic of entire countries, and another memo was titled “I Hunt Sysadmins.” I felt sure he could hack anyone’s computer, including mine. Good evening sir!
  • The sender was a hacker who had written a series of provocative memos at the National Security Agency. His secret memos had explained — with an earthy use of slang and emojis that was unusual for an operative of the largest eavesdropping organization in the world — how the NSA breaks into the digital accounts of people who manage computer networks, and how it tries to unmask people who use Tor to browse the web anonymously. Outlining some of the NSA’s most sensitive activities, the memos were leaked by Edward Snowden, and I had written about a few of them for The Intercept. There is no Miss Manners for exchanging pleasantries with a man the government has trained to be the digital equivalent of a Navy SEAL. Though I had initiated the contact, I was wary of how he might respond. The hacker had publicly expressed a visceral dislike for Snowden and had accused The Intercept of jeopardizing lives by publishing classified information. One of his memos outlined the ways the NSA reroutes (or “shapes”) the internet traffic of entire countries, and another memo was titled “I Hunt Sysadmins.” I felt sure he could hack anyone’s computer, including mine.
  • I got lucky with the hacker, because he recently left the agency for the cybersecurity industry; it would be his choice to talk, not the NSA’s. Fortunately, speaking out is his second nature.
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  • He agreed to a video chat that turned into a three-hour discussion sprawling from the ethics of surveillance to the downsides of home improvements and the difficulty of securing your laptop.
  • In recent years, two developments have helped make hacking for the government a lot more attractive than hacking for yourself. First, the Department of Justice has cracked down on freelance hacking, whether it be altruistic or malignant. If the DOJ doesn’t like the way you hack, you are going to jail. Meanwhile, hackers have been warmly invited to deploy their transgressive impulses in service to the homeland, because the NSA and other federal agencies have turned themselves into licensed hives of breaking into other people’s computers. For many, it’s a techno sandbox of irresistible delights, according to Gabriella Coleman, a professor at McGill University who studies hackers. “The NSA is a very exciting place for hackers because you have unlimited resources, you have some of the best talent in the world, whether it’s cryptographers or mathematicians or hackers,” she said. “It is just too intellectually exciting not to go there.”
  • The Lamb’s memos on cool ways to hunt sysadmins triggered a strong reaction when I wrote about them in 2014 with my colleague Ryan Gallagher. The memos explained how the NSA tracks down the email and Facebook accounts of systems administrators who oversee computer networks. After plundering their accounts, the NSA can impersonate the admins to get into their computer networks and pilfer the data flowing through them. As the Lamb wrote, “sys admins generally are not my end target. My end target is the extremist/terrorist or government official that happens to be using the network … who better to target than the person that already has the ‘keys to the kingdom’?” Another of his NSA memos, “Network Shaping 101,” used Yemen as a theoretical case study for secretly redirecting the entirety of a country’s internet traffic to NSA servers.
  • “If I turn the tables on you,” I asked the Lamb, “and say, OK, you’re a target for all kinds of people for all kinds of reasons. How do you feel about being a target and that kind of justification being used to justify getting all of your credentials and the keys to your kingdom?” The Lamb smiled. “There is no real safe, sacred ground on the internet,” he replied. “Whatever you do on the internet is an attack surface of some sort and is just something that you live with. Any time that I do something on the internet, yeah, that is on the back of my mind. Anyone from a script kiddie to some random hacker to some other foreign intelligence service, each with their different capabilities — what could they be doing to me?”
  • “You know, the situation is what it is,” he said. “There are protocols that were designed years ago before anybody had any care about security, because when they were developed, nobody was foreseeing that they would be taken advantage of. … A lot of people on the internet seem to approach the problem [with the attitude of] ‘I’m just going to walk naked outside of my house and hope that nobody looks at me.’ From a security perspective, is that a good way to go about thinking? No, horrible … There are good ways to be more secure on the internet. But do most people use Tor? No. Do most people use Signal? No. Do most people use insecure things that most people can hack? Yes. Is that a bash against the intelligence community that people use stuff that’s easily exploitable? That’s a hard argument for me to make.”
  • I mentioned that lots of people, including Snowden, are now working on the problem of how to make the internet more secure, yet he seemed to do the opposite at the NSA by trying to find ways to track and identify people who use Tor and other anonymizers. Would he consider working on the other side of things? He wouldn’t rule it out, he said, but dismally suggested the game was over as far as having a liberating and safe internet, because our laptops and smartphones will betray us no matter what we do with them. “There’s the old adage that the only secure computer is one that is turned off, buried in a box ten feet underground, and never turned on,” he said. “From a user perspective, someone trying to find holes by day and then just live on the internet by night, there’s the expectation [that] if somebody wants to have access to your computer bad enough, they’re going to get it. Whether that’s an intelligence agency or a cybercrimes syndicate, whoever that is, it’s probably going to happen.”
  • There are precautions one can take, and I did that with the Lamb. When we had our video chat, I used a computer that had been wiped clean of everything except its operating system and essential applications. Afterward, it was wiped clean again. My concern was that the Lamb might use the session to obtain data from or about the computer I was using; there are a lot of things he might have tried, if he was in a scheming mood. At the end of our three hours together, I mentioned to him that I had taken these precautions—and he approved. “That’s fair,” he said. “I’m glad you have that appreciation. … From a perspective of a journalist who has access to classified information, it would be remiss to think you’re not a target of foreign intelligence services.” He was telling me the U.S. government should be the least of my worries. He was trying to help me. Documents published with this article: Tracking Targets Through Proxies & Anonymizers Network Shaping 101 Shaping Diagram I Hunt Sys Admins (first published in 2014)
Paul Merrell

Popular Security Software Came Under Relentless NSA and GCHQ Attacks - The Intercept - 0 views

firstlook.org/...nsa-gchq-targeted-kaspersky

surveillance state NSA GCHQ anti-virus-software

shared by Paul Merrell on 23 Jun 15 - No Cached
  • The National Security Agency and its British counterpart, Government Communications Headquarters, have worked to subvert anti-virus and other security software in order to track users and infiltrate networks, according to documents from NSA whistleblower Edward Snowden. The spy agencies have reverse engineered software products, sometimes under questionable legal authority, and monitored web and email traffic in order to discreetly thwart anti-virus software and obtain intelligence from companies about security software and users of such software. One security software maker repeatedly singled out in the documents is Moscow-based Kaspersky Lab, which has a holding registered in the U.K., claims more than 270,000 corporate clients, and says it protects more than 400 million people with its products. British spies aimed to thwart Kaspersky software in part through a technique known as software reverse engineering, or SRE, according to a top-secret warrant renewal request. The NSA has also studied Kaspersky Lab’s software for weaknesses, obtaining sensitive customer information by monitoring communications between the software and Kaspersky servers, according to a draft top-secret report. The U.S. spy agency also appears to have examined emails inbound to security software companies flagging new viruses and vulnerabilities.
  • The efforts to compromise security software were of particular importance because such software is relied upon to defend against an array of digital threats and is typically more trusted by the operating system than other applications, running with elevated privileges that allow more vectors for surveillance and attack. Spy agencies seem to be engaged in a digital game of cat and mouse with anti-virus software companies; the U.S. and U.K. have aggressively probed for weaknesses in software deployed by the companies, which have themselves exposed sophisticated state-sponsored malware.
  • The requested warrant, provided under Section 5 of the U.K.’s 1994 Intelligence Services Act, must be renewed by a government minister every six months. The document published today is a renewal request for a warrant valid from July 7, 2008 until January 7, 2009. The request seeks authorization for GCHQ activities that “involve modifying commercially available software to enable interception, decryption and other related tasks, or ‘reverse engineering’ software.”
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  • The NSA, like GCHQ, has studied Kaspersky Lab’s software for weaknesses. In 2008, an NSA research team discovered that Kaspersky software was transmitting sensitive user information back to the company’s servers, which could easily be intercepted and employed to track users, according to a draft of a top-secret report. The information was embedded in “User-Agent” strings included in the headers of Hypertext Transfer Protocol, or HTTP, requests. Such headers are typically sent at the beginning of a web request to identify the type of software and computer issuing the request.
  • According to the draft report, NSA researchers found that the strings could be used to uniquely identify the computing devices belonging to Kaspersky customers. They determined that “Kaspersky User-Agent strings contain encoded versions of the Kaspersky serial numbers and that part of the User-Agent string can be used as a machine identifier.” They also noted that the “User-Agent” strings may contain “information about services contracted for or configurations.” Such data could be used to passively track a computer to determine if a target is running Kaspersky software and thus potentially susceptible to a particular attack without risking detection.
  • Another way the NSA targets foreign anti-virus companies appears to be to monitor their email traffic for reports of new vulnerabilities and malware. A 2010 presentation on “Project CAMBERDADA” shows the content of an email flagging a malware file, which was sent to various anti-virus companies by François Picard of the Montréal-based consulting and web hosting company NewRoma. The presentation of the email suggests that the NSA is reading such messages to discover new flaws in anti-virus software. Picard, contacted by The Intercept, was unaware his email had fallen into the hands of the NSA. He said that he regularly sends out notification of new viruses and malware to anti-virus companies, and that he likely sent the email in question to at least two dozen such outfits. He also said he never sends such notifications to government agencies. “It is strange the NSA would show an email like mine in a presentation,” he added.
  • The NSA presentation goes on to state that its signals intelligence yields about 10 new “potentially malicious files per day for malware triage.” This is a tiny fraction of the hostile software that is processed. Kaspersky says it detects 325,000 new malicious files every day, and an internal GCHQ document indicates that its own system “collect[s] around 100,000,000 malware events per day.” After obtaining the files, the NSA analysts “[c]heck Kaspersky AV to see if they continue to let any of these virus files through their Anti-Virus product.” The NSA’s Tailored Access Operations unit “can repurpose the malware,” presumably before the anti-virus software has been updated to defend against the threat.
  • The Project CAMBERDADA presentation lists 23 additional AV companies from all over the world under “More Targets!” Those companies include Check Point software, a pioneering maker of corporate firewalls based Israel, whose government is a U.S. ally. Notably omitted are the American anti-virus brands McAfee and Symantec and the British company Sophos.
  • As government spies have sought to evade anti-virus software, the anti-virus firms themselves have exposed malware created by government spies. Among them, Kaspersky appears to be the sharpest thorn in the side of government hackers. In the past few years, the company has proven to be a prolific hunter of state-sponsored malware, playing a role in the discovery and/or analysis of various pieces of malware reportedly linked to government hackers, including the superviruses Flame, which Kaspersky flagged in 2012; Gauss, also detected in 2012; Stuxnet, discovered by another company in 2010; and Regin, revealed by Symantec. In February, the Russian firm announced its biggest find yet: the “Equation Group,” an organization that has deployed espionage tools widely believed to have been created by the NSA and hidden on hard drives from leading brands, according to Kaspersky. In a report, the company called it “the most advanced threat actor we have seen” and “probably one of the most sophisticated cyber attack groups in the world.”
  • Hacks deployed by the Equation Group operated undetected for as long as 14 to 19 years, burrowing into the hard drive firmware of sensitive computer systems around the world, according to Kaspersky. Governments, militaries, technology companies, nuclear research centers, media outlets and financial institutions in 30 countries were among those reportedly infected. Kaspersky estimates that the Equation Group could have implants in tens of thousands of computers, but documents published last year by The Intercept suggest the NSA was scaling up their implant capabilities to potentially infect millions of computers with malware. Kaspersky’s adversarial relationship with Western intelligence services is sometimes framed in more sinister terms; the firm has been accused of working too closely with the Russian intelligence service FSB. That accusation is partly due to the company’s apparent success in uncovering NSA malware, and partly due to the fact that its founder, Eugene Kaspersky, was educated by a KGB-backed school in the 1980s before working for the Russian military.
  • Kaspersky has repeatedly denied the insinuations and accusations. In a recent blog post, responding to a Bloomberg article, he complained that his company was being subjected to “sensationalist … conspiracy theories,” sarcastically noting that “for some reason they forgot our reports” on an array of malware that trace back to Russian developers. He continued, “It’s very hard for a company with Russian roots to become successful in the U.S., European and other markets. Nobody trusts us — by default.”
  • Documents published with this article: Kaspersky User-Agent Strings — NSA Project CAMBERDADA — NSA NDIST — GCHQ’s Developing Cyber Defence Mission GCHQ Application for Renewal of Warrant GPW/1160 Software Reverse Engineering — GCHQ Reverse Engineering — GCHQ Wiki Malware Analysis & Reverse Engineering — ACNO Skill Levels — GCHQ
Paul Merrell

Leaked docs show spyware used to snoop on US computers | Ars Technica - 0 views

arstechnica.com/...-used-to-snoop-on-us-computers

surveillance state Gamma-Group FinFisher zero-day-exploits Vupen-Security MSOffice MSIE Acrobat

shared by Paul Merrell on 10 Aug 14 - No Cached
  • Software created by the controversial UK-based Gamma Group International was used to spy on computers that appear to be located in the United States, the UK, Germany, Russia, Iran, and Bahrain, according to a leaked trove of documents analyzed by ProPublica. It's not clear whether the surveillance was conducted by governments or private entities. Customer e-mail addresses in the collection appeared to belong to a German surveillance company, an independent consultant in Dubai, the Bosnian and Hungarian Intelligence services, a Dutch law enforcement officer, and the Qatari government.
  • The leaked files—which were posted online by hackers—are the latest in a series of revelations about how state actors including repressive regimes have used Gamma's software to spy on dissidents, journalists, and activist groups. The documents, leaked last Saturday, could not be readily verified, but experts told ProPublica they believed them to be genuine. "I think it's highly unlikely that it's a fake," said Morgan Marquis-Bore, a security researcher who while at The Citizen Lab at the University of Toronto had analyzed Gamma Group's software and who authored an article about the leak on Thursday. The documents confirm many details that have already been reported about Gamma, such as that its tools were used to spy on Bahraini activists. Some documents in the trove contain metadata tied to e-mail addresses of several Gamma employees. Bill Marczak, another Gamma Group expert at the Citizen Lab, said that several dates in the documents correspond to publicly known events—such as the day that a particular Bahraini activist was hacked.
  • The leaked files contain more than 40 gigabytes of confidential technical material, including software code, internal memos, strategy reports, and user guides on how to use Gamma Group software suite called FinFisher. FinFisher enables customers to monitor secure Web traffic, Skype calls, webcams, and personal files. It is installed as malware on targets' computers and cell phones. A price list included in the trove lists a license of the software at almost $4 million. The documents reveal that Gamma uses technology from a French company called Vupen Security that sells so-called computer "exploits." Exploits include techniques called "zero days" for "popular software like Microsoft Office, Internet Explorer, Adobe Acrobat Reader, and many more." Zero days are exploits that have not yet been detected by the software maker and therefore are not blocked.
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  • Many of Gamma's product brochures have previously been published by the Wall Street Journal and Wikileaks, but the latest trove shows how the products are getting more sophisticated. In one document, engineers at Gamma tested a product called FinSpy, which inserts malware onto a user's machine, and found that it could not be blocked by most antivirus software. Documents also reveal that Gamma had been working to bypass encryption tools including a mobile phone encryption app, Silent Circle, and were able to bypass the protection given by hard-drive encryption products TrueCrypt and Microsoft's Bitlocker.
  • The documents also describe a "country-wide" surveillance product called FinFly ISP which promises customers the ability to intercept Internet traffic and masquerade as ordinary websites in order to install malware on a target's computer. The most recent date-stamp found in the documents is August 2, coincidung with the first tweet by a parody Twitter account, @GammaGroupPR, which first announced the hack and may be run by the hacker or hackers responsible for the leak. On Reddit, a user called PhineasFisher claimed responsibility for the leak. "Two years ago their software was found being widely used by governments in the middle east, especially Bahrain, to hack and spy on the computers and phones of journalists and dissidents," the user wrote. The name on the @GammaGroupPR Twitter account is also "Phineas Fisher." GammaGroup, the surveillance company whose documents were released, is no stranger to the spotlight. The security firm F-Secure first reported the purchase of FinFisher software by the Egyptian State Security agency in 2011. In 2012, Bloomberg News and The Citizen Lab showed how the company's malware was used to target activists in Bahrain. In 2013, the software company Mozilla sent a cease-and-desist letter to the company after a report by The Citizen Lab showed that a spyware-infected version of the Firefox browser manufactured by Gamma was being used to spy on Malaysian activists.
Paul Merrell

What to Do About Lawless Government Hacking and the Weakening of Digital Security | Ele... - 0 views

www.eff.org/...and-weakening-digital-security

surveillance state cybersecurity exploits government malware

shared by Paul Merrell on 02 Aug 16 - No Cached
  • 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.   
  • Gonzalo San Gil, PhD. on 02 Aug 16
     
    "In our society, the rule of law sets limits on what government can and cannot do, no matter how important its goals. "
  • Paul Merrell on 13 Aug 16
     
    It's not often that I disagree with EFF's positions, but on this one I do. The government should be prohibited from exploiting computer vulnerabilities and should be required to immediately report all vulnerabilities discovered to the relevant developers of hardware or software. It's been one long slippery slope since the Supreme Court first approved wiretapping in Olmstead v. United States, 277 US 438 (1928), https://goo.gl/NJevsr (.) Left undecided to this day is whether we have a right to whisper privately, a right that is undeniable. All communications intercept cases since Olmstead fly directly in the face of that right.
Gonzalo San Gil, PhD.

Trusted Computing Group - Benefits - 1 views

www.trustedcomputinggroup.org/...benefits

trusted computing group benefits

shared by Gonzalo San Gil, PhD. on 05 Apr 14 - No Cached
  • Gonzalo San Gil, PhD. on 05 Apr 14
     
    "Benefits Trusted Computing makes computing more secure. Systems based on Trusted Computing: Protect critical data and systems agains a variety of attacks Enable secure authentication and strong protection of unlimited certificates, keys, and passwords that otherwise are accessible Establish strong machine identity and integrity Help satisfy regulatory compliance with hardware-based security Cost less to manage, removing need for expensive tokens and peripherals"
Paul Merrell

Cy Vance's Proposal to Backdoor Encrypted Devices Is Riddled With Vulnerabilities | Jus... - 0 views

www.justsecurity.org/...evices-riddled-vulnerabilities

surveillance state encryption-backdoors Vance

shared by Paul Merrell on 11 Dec 15 - No Cached
  • Less than a week after the attacks in Paris — while the public and policymakers were still reeling, and the investigation had barely gotten off the ground — Cy Vance, Manhattan’s District Attorney, released a policy paper calling for legislation requiring companies to provide the government with backdoor access to their smartphones and other mobile devices. This is the first concrete proposal of this type since September 2014, when FBI Director James Comey reignited the “Crypto Wars” in response to Apple’s and Google’s decisions to use default encryption on their smartphones. Though Comey seized on Apple’s and Google’s decisions to encrypt their devices by default, his concerns are primarily related to end-to-end encryption, which protects communications that are in transit. Vance’s proposal, on the other hand, is only concerned with device encryption, which protects data stored on phones. It is still unclear whether encryption played any role in the Paris attacks, though we do know that the attackers were using unencrypted SMS text messages on the night of the attack, and that some of them were even known to intelligence agencies and had previously been under surveillance. But regardless of whether encryption was used at some point during the planning of the attacks, as I lay out below, prohibiting companies from selling encrypted devices would not prevent criminals or terrorists from being able to access unbreakable encryption. Vance’s primary complaint is that Apple’s and Google’s decisions to provide their customers with more secure devices through encryption interferes with criminal investigations. He claims encryption prevents law enforcement from accessing stored data like iMessages, photos and videos, Internet search histories, and third party app data. He makes several arguments to justify his proposal to build backdoors into encrypted smartphones, but none of them hold water.
  • Before addressing the major privacy, security, and implementation concerns that his proposal raises, it is worth noting that while an increase in use of fully encrypted devices could interfere with some law enforcement investigations, it will help prevent far more crimes — especially smartphone theft, and the consequent potential for identity theft. According to Consumer Reports, in 2014 there were more than two million victims of smartphone theft, and nearly two-thirds of all smartphone users either took no steps to secure their phones or their data or failed to implement passcode access for their phones. Default encryption could reduce instances of theft because perpetrators would no longer be able to break into the phone to steal the data.
  • Vance argues that creating a weakness in encryption to allow law enforcement to access data stored on devices does not raise serious concerns for security and privacy, since in order to exploit the vulnerability one would need access to the actual device. He considers this an acceptable risk, claiming it would not be the same as creating a widespread vulnerability in encryption protecting communications in transit (like emails), and that it would be cheap and easy for companies to implement. But Vance seems to be underestimating the risks involved with his plan. It is increasingly important that smartphones and other devices are protected by the strongest encryption possible. Our devices and the apps on them contain astonishing amounts of personal information, so much that an unprecedented level of harm could be caused if a smartphone or device with an exploitable vulnerability is stolen, not least in the forms of identity fraud and credit card theft. We bank on our phones, and have access to credit card payments with services like Apple Pay. Our contact lists are stored on our phones, including phone numbers, emails, social media accounts, and addresses. Passwords are often stored on people’s phones. And phones and apps are often full of personal details about their lives, from food diaries to logs of favorite places to personal photographs. Symantec conducted a study, where the company spread 50 “lost” phones in public to see what people who picked up the phones would do with them. The company found that 95 percent of those people tried to access the phone, and while nearly 90 percent tried to access private information stored on the phone or in other private accounts such as banking services and email, only 50 percent attempted contacting the owner.
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  • Vance attempts to downplay this serious risk by asserting that anyone can use the “Find My Phone” or Android Device Manager services that allow owners to delete the data on their phones if stolen. However, this does not stand up to scrutiny. These services are effective only when an owner realizes their phone is missing and can take swift action on another computer or device. This delay ensures some period of vulnerability. Encryption, on the other hand, protects everyone immediately and always. Additionally, Vance argues that it is safer to build backdoors into encrypted devices than it is to do so for encrypted communications in transit. It is true that there is a difference in the threats posed by the two types of encryption backdoors that are being debated. However, some manner of widespread vulnerability will inevitably result from a backdoor to encrypted devices. Indeed, the NSA and GCHQ reportedly hacked into a database to obtain cell phone SIM card encryption keys in order defeat the security protecting users’ communications and activities and to conduct surveillance. Clearly, the reality is that the threat of such a breach, whether from a hacker or a nation state actor, is very real. Even if companies go the extra mile and create a different means of access for every phone, such as a separate access key for each phone, significant vulnerabilities will be created. It would still be possible for a malicious actor to gain access to the database containing those keys, which would enable them to defeat the encryption on any smartphone they took possession of. Additionally, the cost of implementation and maintenance of such a complex system could be high.
  • Privacy is another concern that Vance dismisses too easily. Despite Vance’s arguments otherwise, building backdoors into device encryption undermines privacy. Our government does not impose a similar requirement in any other context. Police can enter homes with warrants, but there is no requirement that people record their conversations and interactions just in case they someday become useful in an investigation. The conversations that we once had through disposable letters and in-person conversations now happen over the Internet and on phones. Just because the medium has changed does not mean our right to privacy has.
  • In addition to his weak reasoning for why it would be feasible to create backdoors to encrypted devices without creating undue security risks or harming privacy, Vance makes several flawed policy-based arguments in favor of his proposal. He argues that criminals benefit from devices that are protected by strong encryption. That may be true, but strong encryption is also a critical tool used by billions of average people around the world every day to protect their transactions, communications, and private information. Lawyers, doctors, and journalists rely on encryption to protect their clients, patients, and sources. Government officials, from the President to the directors of the NSA and FBI, and members of Congress, depend on strong encryption for cybersecurity and data security. There are far more innocent Americans who benefit from strong encryption than there are criminals who exploit it. Encryption is also essential to our economy. Device manufacturers could suffer major economic losses if they are prohibited from competing with foreign manufacturers who offer more secure devices. Encryption also protects major companies from corporate and nation-state espionage. As more daily business activities are done on smartphones and other devices, they may now hold highly proprietary or sensitive information. Those devices could be targeted even more than they are now if all that has to be done to access that information is to steal an employee’s smartphone and exploit a vulnerability the manufacturer was required to create.
  • Vance also suggests that the US would be justified in creating such a requirement since other Western nations are contemplating requiring encryption backdoors as well. Regardless of whether other countries are debating similar proposals, we cannot afford a race to the bottom on cybersecurity. Heads of the intelligence community regularly warn that cybersecurity is the top threat to our national security. Strong encryption is our best defense against cyber threats, and following in the footsteps of other countries by weakening that critical tool would do incalculable harm. Furthermore, even if the US or other countries did implement such a proposal, criminals could gain access to devices with strong encryption through the black market. Thus, only innocent people would be negatively affected, and some of those innocent people might even become criminals simply by trying to protect their privacy by securing their data and devices. Finally, Vance argues that David Kaye, UN Special Rapporteur for Freedom of Expression and Opinion, supported the idea that court-ordered decryption doesn’t violate human rights, provided certain criteria are met, in his report on the topic. However, in the context of Vance’s proposal, this seems to conflate the concepts of court-ordered decryption and of government-mandated encryption backdoors. The Kaye report was unequivocal about the importance of encryption for free speech and human rights. The report concluded that:
  • States should promote strong encryption and anonymity. National laws should recognize that individuals are free to protect the privacy of their digital communications by using encryption technology and tools that allow anonymity online. … States should not restrict encryption and anonymity, which facilitate and often enable the rights to freedom of opinion and expression. Blanket prohibitions fail to be necessary and proportionate. States should avoid all measures that weaken the security that individuals may enjoy online, such as backdoors, weak encryption standards and key escrows. Additionally, the group of intelligence experts that was hand-picked by the President to issue a report and recommendations on surveillance and technology, concluded that: [R]egarding encryption, the U.S. Government should: (1) fully support and not undermine efforts to create encryption standards; (2) not in any way subvert, undermine, weaken, or make vulnerable generally available commercial software; and (3) increase the use of encryption and urge US companies to do so, in order to better protect data in transit, at rest, in the cloud, and in other storage.
  • The clear consensus among human rights experts and several high-ranking intelligence experts, including the former directors of the NSA, Office of the Director of National Intelligence, and DHS, is that mandating encryption backdoors is dangerous. Unaddressed Concerns: Preventing Encrypted Devices from Entering the US and the Slippery Slope In addition to the significant faults in Vance’s arguments in favor of his proposal, he fails to address the question of how such a restriction would be effectively implemented. There is no effective mechanism for preventing code from becoming available for download online, even if it is illegal. One critical issue the Vance proposal fails to address is how the government would prevent, or even identify, encrypted smartphones when individuals bring them into the United States. DHS would have to train customs agents to search the contents of every person’s phone in order to identify whether it is encrypted, and then confiscate the phones that are. Legal and policy considerations aside, this kind of policy is, at the very least, impractical. Preventing strong encryption from entering the US is not like preventing guns or drugs from entering the country — encrypted phones aren’t immediately obvious as is contraband. Millions of people use encrypted devices, and tens of millions more devices are shipped to and sold in the US each year.
  • Finally, there is a real concern that if Vance’s proposal were accepted, it would be the first step down a slippery slope. Right now, his proposal only calls for access to smartphones and devices running mobile operating systems. While this policy in and of itself would cover a number of commonplace devices, it may eventually be expanded to cover laptop and desktop computers, as well as communications in transit. The expansion of this kind of policy is even more worrisome when taking into account the speed at which technology evolves and becomes widely adopted. Ten years ago, the iPhone did not even exist. Who is to say what technology will be commonplace in 10 or 20 years that is not even around today. There is a very real question about how far law enforcement will go to gain access to information. Things that once seemed like merely science fiction, such as wearable technology and artificial intelligence that could be implanted in and work with the human nervous system, are now available. If and when there comes a time when our “smart phone” is not really a device at all, but is rather an implant, surely we would not grant law enforcement access to our minds.
  • Policymakers should dismiss Vance’s proposal to prohibit the use of strong encryption to protect our smartphones and devices in order to ensure law enforcement access. Undermining encryption, regardless of whether it is protecting data in transit or at rest, would take us down a dangerous and harmful path. Instead, law enforcement and the intelligence community should be working to alter their skills and tactics in a fast-evolving technological world so that they are not so dependent on information that will increasingly be protected by encryption.
Paul Merrell

NSA Director Finally Admits Encryption Is Needed to Protect Public's Privacy - 0 views

www.mintpressnews.com/...213028

surveillance state encryption NSA Comey

shared by Paul Merrell on 25 Jan 16 - No Cached
  • NSA Director Finally Admits Encryption Is Needed to Protect Public’s Privacy The new stance denotes a growing awareness within the government that Americans are not comfortable with the State’s grip on their data. By Carey Wedler | AntiMedia | January 22, 2016 Share this article! https://mail.google.com/mail/?view=cm&fs=1&to&su=NSA%20Director%20Finally%20Admits%20Encryption%20Is%20Needed%20to%20Protect%20Public%E2%80%99s%20Privacy&body=http%3A%2F%2Fwww.mintpress
  • Rogers cited the recent Office of Personnel Management hack of over 20 million users as a reason to increase encryption rather than scale it back. “What you saw at OPM, you’re going to see a whole lot more of,” he said, referring to the massive hack that compromised the personal data about 20 million people who obtained background checks. Rogers’ comments, while forward-thinking, signify an about face in his stance on encryption. In February 2015, he said he “shares [FBI] Director [James] Comey’s concern” about cell phone companies’ decision to add encryption features to their products. Comey has been one loudest critics of encryption. However, Rogers’ comments on Thursday now directly conflict with Comey’s stated position. The FBI director has publicly chastised encryption, as well as the companies that provide it. In 2014, he claimed Apple’s then-new encryption feature could lead the world to “a very dark place.” At a Department of Justice hearing in November, Comey testified that “Increasingly, the shadow that is ‘going dark’ is falling across more and more of our work.” Though he claimed, “We support encryption,” he insisted “we have a problem that encryption is crashing into public safety and we have to figure out, as people who care about both, to resolve it. So, I think the conversation’s in a healthier place.”
  • At the same hearing, Comey and Attorney General Loretta Lynch declined to comment on whether they had proof the Paris attackers used encryption. Even so, Comey recently lobbied for tech companies to do away with end-to-end encryption. However, his crusade has fallen on unsympathetic ears, both from the private companies he seeks to control — and from the NSA. Prior to Rogers’ statements in support of encryption Thursday, former NSA chief Michael Hayden said, “I disagree with Jim Comey. I actually think end-to-end encryption is good for America.” Still another former NSA chair has criticized calls for backdoor access to information. In October, Mike McConnell told a panel at an encryption summit that the United States is “better served by stronger encryption, rather than baking in weaker encryption.” Former Department of Homeland Security chief, Michael Chertoff, has also spoken out against government being able to bypass encryption.
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  • Regardless of these individual defenses of encryption, the Intercept explained why these statements may be irrelevant: “Left unsaid is the fact that the FBI and NSA have the ability to circumvent encryption and get to the content too — by hacking. Hacking allows law enforcement to plant malicious code on someone’s computer in order to gain access to the photos, messages, and text before they were ever encrypted in the first place, and after they’ve been decrypted. The NSA has an entire team of advanced hackers, possibly as many as 600, camped out at Fort Meade.”
  • Rogers statements, of course, are not a full-fledged endorsement of privacy, nor can the NSA be expected to make it a priority. Even so, his new stance denotes a growing awareness within the government that Americans are not comfortable with the State’s grip on their data. “So spending time arguing about ‘hey, encryption is bad and we ought to do away with it’ … that’s a waste of time to me,” Rogers said Thursday. “So what we’ve got to ask ourselves is, with that foundation, what’s the best way for us to deal with it? And how do we meet those very legitimate concerns from multiple perspectives?”
Gary Edwards

Apple and Facebook Flash Forward to Computer Memory of the Future | Enterprise | WIRED - 1 views

www.wired.com/...all

fusion-io David-Flynn Cloud-Computing

shared by Gary Edwards on 16 Apr 14 - No Cached
  • Gary Edwards on 16 Apr 14
     
    Great story that is at the center of a new cloud computing platform. I met David Flynn back when he was first demonstrating the Realmsys flash card. Extraordinary stuff. He was using the technology to open a secure Linux computing window on an operating Windows XP system. The card opened up a secure data socket, connecting to any Internet Server or Data Server, and running applications on that data - while running Windows and Windows apps in the background. Incredible mesh of Linux, streaming data, and legacy Windows apps. Everytime I find these tech pieces explaining Fusion-io though, I can't help but think that David Flynn is one of the most decent, kind and truly deserving of success people that I have ever met. excerpt: "Apple is spending mountains of money on a new breed of hardware device from a company called Fusion-io. As a public company, Fusion-io is required to disclose information about customers that account for an usually large portion of its revenue, and with its latest annual report, the Salt Lake City outfit reveals that in 2012, at least 25 percent of its revenue - $89.8 million - came from Apple. That's just one figure, from just one company. But it serves as a sign post, showing you where the modern data center is headed. 'There's now a blurring between the storage world and the memory world. People have been enlightened by Fusion-io.' - Gary Gentry Inside a data center like the one Apple operates in Maiden, North Carolina, you'll find thousands of computer servers. Fusion-io makes a slim card that slots inside these machines, and it's packed with hundreds of gigabytes of flash memory, the same stuff that holds all the software and the data on your smartphone. You can think of this card as a much-needed replacement for the good old-fashioned hard disk that typically sits inside a server. Much like a hard disk, it stores information. But it doesn't have any moving parts, which means it's generally more reliable. It c
Paul Merrell

We're Halfway to Encrypting the Entire Web | Electronic Frontier Foundation - 0 views

www.eff.org/...-halfway-encrypting-entire-web

Internet encryption https adoption

shared by Paul Merrell on 25 Feb 17 - No Cached
  • The movement to encrypt the web has reached a milestone. As of earlier this month, approximately half of Internet traffic is now protected by HTTPS. In other words, we are halfway to a web safer from the eavesdropping, content hijacking, cookie stealing, and censorship that HTTPS can protect against. Mozilla recently reported that the average volume of encrypted web traffic on Firefox now surpasses the average unencrypted volume
  • Google Chrome’s figures on HTTPS usage are consistent with that finding, showing that over 50% of of all pages loaded are protected by HTTPS across different operating systems.
  • This milestone is a combination of HTTPS implementation victories: from tech giants and large content providers, from small websites, and from users themselves.
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  • Starting in 2010, EFF members have pushed tech companies to follow crypto best practices. We applauded when Facebook and Twitter implemented HTTPS by default, and when Wikipedia and several other popular sites later followed suit. Google has also put pressure on the tech community by using HTTPS as a signal in search ranking algorithms and, starting this year, showing security warnings in Chrome when users load HTTP sites that request passwords or credit card numbers. EFF’s Encrypt the Web Report also played a big role in tracking and encouraging specific practices. Recently other organizations have followed suit with more sophisticated tracking projects. For example, Secure the News and Pulse track HTTPS progress among news media sites and U.S. government sites, respectively.
  • But securing large, popular websites is only one part of a much bigger battle. Encrypting the entire web requires HTTPS implementation to be accessible to independent, smaller websites. Let’s Encrypt and Certbot have changed the game here, making what was once an expensive, technically demanding process into an easy and affordable task for webmasters across a range of resource and skill levels. Let’s Encrypt is a Certificate Authority (CA) run by the Internet Security Research Group (ISRG) and founded by EFF, Mozilla, and the University of Michigan, with Cisco and Akamai as founding sponsors. As a CA, Let’s Encrypt issues and maintains digital certificates that help web users and their browsers know they’re actually talking to the site they intended to. CAs are crucial to secure, HTTPS-encrypted communication, as these certificates verify the association between an HTTPS site and a cryptographic public key. Through EFF’s Certbot tool, webmasters can get a free certificate from Let’s Encrypt and automatically configure their server to use it. Since we announced that Let’s Encrypt was the web’s largest certificate authority last October, it has exploded from 12 million certs to over 28 million. Most of Let’s Encrypt’s growth has come from giving previously unencrypted sites their first-ever certificates. A large share of these leaps in HTTPS adoption are also thanks to major hosting companies and platforms--like WordPress.com, Squarespace, and dozens of others--integrating Let’s Encrypt and providing HTTPS to their users and customers.
  • Unfortunately, you can only use HTTPS on websites that support it--and about half of all web traffic is still with sites that don’t. However, when sites partially support HTTPS, users can step in with the HTTPS Everywhere browser extension. A collaboration between EFF and the Tor Project, HTTPS Everywhere makes your browser use HTTPS wherever possible. Some websites offer inconsistent support for HTTPS, use unencrypted HTTP as a default, or link from secure HTTPS pages to unencrypted HTTP pages. HTTPS Everywhere fixes these problems by rewriting requests to these sites to HTTPS, automatically activating encryption and HTTPS protection that might otherwise slip through the cracks.
  • Our goal is a universally encrypted web that makes a tool like HTTPS Everywhere redundant. Until then, we have more work to do. Protect your own browsing and websites with HTTPS Everywhere and Certbot, and spread the word to your friends, family, and colleagues to do the same. Together, we can encrypt the entire web.
  • Paul Merrell on 25 Feb 17
     
    HTTPS connections don't work for you if you don't use them. If you're not using HTTPS Everywhere in your browser, you should be; it's your privacy that is at stake. And every encrypted communication you make adds to the backlog of encrypted data that NSA and other internet voyeurs must process as encrypted traffic; because cracking encrypted messages is computer resource intensive, the voyeurs do not have the resources to crack more than a tiny fraction. HTTPS is a free extension for Firefox, Chrome, and Opera. You can get it here. https://www.eff.org/HTTPS-everywhere
Paul Merrell

Security Experts Oppose Government Access to Encrypted Communication - The New York Times - 0 views

www.nytimes.com/...o-encrypted-communication.html

encryption government-backdoors expert-report

shared by Paul Merrell on 08 Jul 15 - No Cached
  • An elite group of security technologists has concluded that the American and British governments cannot demand special access to encrypted communications without putting the world’s most confidential data and critical infrastructure in danger.A new paper from the group, made up of 14 of the world’s pre-eminent cryptographers and computer scientists, is a formidable salvo in a skirmish between intelligence and law enforcement leaders, and technologists and privacy advocates. After Edward J. Snowden’s revelations — with security breaches and awareness of nation-state surveillance at a record high and data moving online at breakneck speeds — encryption has emerged as a major issue in the debate over privacy rights.
  • That has put Silicon Valley at the center of a tug of war. Technology companies including Apple, Microsoft and Google have been moving to encrypt more of their corporate and customer data after learning that the National Security Agency and its counterparts were siphoning off digital communications and hacking into corporate data centers.
  • Yet law enforcement and intelligence agency leaders argue that such efforts thwart their ability to monitor kidnappers, terrorists and other adversaries. In Britain, Prime Minister David Cameron threatened to ban encrypted messages altogether. In the United States, Michael S. Rogers, the director of the N.S.A., proposed that technology companies be required to create a digital key to unlock encrypted data, but to divide the key into pieces and secure it so that no one person or government agency could use it alone.The encryption debate has left both sides bitterly divided and in fighting mode. The group of cryptographers deliberately issued its report a day before James B. Comey Jr., the director of the Federal Bureau of Investigation, and Sally Quillian Yates, the deputy attorney general at the Justice Department, are scheduled to testify before the Senate Judiciary Committee on the concerns that they and other government agencies have that encryption technologies will prevent them from effectively doing their jobs.
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  • The new paper is the first in-depth technical analysis of government proposals by leading cryptographers and security thinkers, including Whitfield Diffie, a pioneer of public key cryptography, and Ronald L. Rivest, the “R” in the widely used RSA public cryptography algorithm. In the report, the group said any effort to give the government “exceptional access” to encrypted communications was technically unfeasible and would leave confidential data and critical infrastructure like banks and the power grid at risk. Handing governments a key to encrypted communications would also require an extraordinary degree of trust. With government agency breaches now the norm — most recently at the United States Office of Personnel Management, the State Department and the White House — the security specialists said authorities could not be trusted to keep such keys safe from hackers and criminals. They added that if the United States and Britain mandated backdoor keys to communications, China and other governments in foreign markets would be spurred to do the same.
  • “Such access will open doors through which criminals and malicious nation-states can attack the very individuals law enforcement seeks to defend,” the report said. “The costs would be substantial, the damage to innovation severe and the consequences to economic growth hard to predict. The costs to the developed countries’ soft power and to our moral authority would also be considerable.”
  • Paul Merrell on 08 Jul 15
     
    Our system of government does not expect that every criminal will be apprehended and convicted. There are numerous values our society believes are more important. Some examples: [i] a presumption of innocence unless guilt is established beyond any reasonable doubt; [ii] the requirement that government officials convince a neutral magistrate that they have probable cause to believe that a search or seizure will produce evidence of a crime; [iii] many communications cannot be compelled to be disclosed and used in evidence, such as attorney-client communications, spousal communications, and priest-penitent communications; and [iv] etc. Moral of my story: the government needs a much stronger reason to justify interception of communications than saying, "some crooks will escape prosecution if we can't do that." We have a right to whisper to each other, concealing our communicatons from all others. Why does the right to whisper privately disappear if our whisperings are done electronically? The Supreme Court took its first step on a very slippery slope when it permitted wiretapping in Olmstead v. United States, 277 U.S. 438, 48 S. Ct. 564, 72 L. Ed. 944 (1928). https://goo.gl/LaZGHt It's been a long slide ever since. It's past time to revisit Olmstead and recognize that American citizens have the absolute right to communicate privately. "The President … recognizes that U.S. citizens and institutions should have a reasonable expectation of privacy from foreign or domestic intercept when using the public telephone system." - Brent Scowcroft, U.S. National Security Advisor, National Security Decision Memorandum 338 (1 September 1976) (Nixon administration), http://www.fas.org/irp/offdocs/nsdm-ford/nsdm-338.pdf   
Paul Merrell

Shaking My Head - Medium - 0 views

medium.com/...shaking-my-head-5c1b60db9086

surveillance state NSA 702 FISA legislation backdoor-serches stats

shared by Paul Merrell on 29 May 16 - No Cached
  • 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.
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  • As the Center on Democracy and Technology has noted, there are approximately 500 million computers that fall under this rule. The public doesn’t know nearly enough about how law enforcement executes these hacks, and what risks these types of searches will pose. By compromising the computer’s system, the search might leave it open to other attackers or damage the computer they are searching.Don’t take it from me that this will impact your security, read more from security researchers Steven Bellovin, Matt Blaze and Susan Landau.Finally, these changes to Rule 41 would also give some types of electronic searches different, weaker notification requirements than physical searches. Under this new Rule, they are only required to make “reasonable efforts” to notify people that their computers were searched. This raises the possibility of the FBI hacking into a cyber attack victim’s computer and not telling them about it until afterward, if at all.
Paul Merrell

U.S. Embedded Spyware Overseas, Report Claims - NYTimes.com - 0 views

www.nytimes.com/...tworks-security-firm-says.html

surveillance state NSA NSA-methods embedded-spyware

shared by Paul Merrell on 18 Feb 15 - No Cached
  • The United States has found a way to permanently embed surveillance and sabotage tools in computers and networks it has targeted in Iran, Russia, Pakistan, China, Afghanistan and other countries closely watched by American intelligence agencies, according to a Russian cybersecurity firm.In a presentation of its findings at a conference in Mexico on Monday, Kaspersky Lab, the Russian firm, said that the implants had been placed by what it called the “Equation Group,” which appears to be a veiled reference to the National Security Agency and its military counterpart, United States Cyber Command.
  • It linked the techniques to those used in Stuxnet, the computer worm that disabled about 1,000 centrifuges in Iran’s nuclear enrichment program. It was later revealed that Stuxnet was part of a program code-named Olympic Games and run jointly by Israel and the United States.Kaspersky’s report said that Olympic Games had similarities to a much broader effort to infect computers well beyond those in Iran. It detected particularly high infection rates in computers in Iran, Pakistan and Russia, three countries whose nuclear programs the United States routinely monitors.
  • Some of the implants burrow so deep into the computer systems, Kaspersky said, that they infect the “firmware,” the embedded software that preps the computer’s hardware before the operating system starts. It is beyond the reach of existing antivirus products and most security controls, Kaspersky reported, making it virtually impossible to wipe out.
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  • In many cases, it also allows the American intelligence agencies to grab the encryption keys off a machine, unnoticed, and unlock scrambled contents. Moreover, many of the tools are designed to run on computers that are disconnected from the Internet, which was the case in the computers controlling Iran’s nuclear enrichment plants.
Paul Merrell

#Vault7: CIA's secret cyberweapon can infiltrate world's most secure networks - RT Viral - 1 views

www.rt.com/...556-vault7-cia-brutal-kangaroo

surveillance state CIA malware brutal-kangaroo air-gapped-networks

shared by Paul Merrell on 23 Jun 17 - No Cached
  • WikiLeaks’ latest release in its Vault7 series details how the CIA’s alleged ‘Brutal Kangaroo’ program is being used to penetrate the most secure networks in the world.
  • Brutal Kangaroo, a tool suite for Microsoft Windows, targets closed air gapped networks by using thumb drives, according to WikiLeaks.Air gapping is a security measure employed on one or more computers to ensure that a secure computer network is physically isolated from unsecured networks.
  • These networks are used by financial institutions, military and intelligence agencies, the nuclear power industry, as well as even some advanced news networks to protect sources, according to La Repubblica journalist Stefania Maurizi.READ MORE: ‘CIA’s Cherry Bomb’: WikiLeaks #Vault7 reveals wireless network targetsThese newly released documents show how closed networks not connected to the internet can be compromised by this malware. However, the tool only works on machines with a Windows operating system.Firstly, an internet-connected computer within the targeted organization is infected with the malware. When a user inserts a USB stick into this computer, the thumbdrive itself is infected with a separate malware.Once this is inserted into a single computer on the air gapped network the infection jumps – like a kangaroo – across the entire system, enabling sabotage and data theft.RELEASE: CIA air-gap jumping virus 'Emotional Simian' https://t.co/KkBnXhNtGCpic.twitter.com/w6MZFGushc— WikiLeaks (@wikileaks) June 22, 2017If multiple computers on the closed network are under CIA control, they “form a covert network to coordinate tasks and data exchange,” according to Wikileaks.Data can be returned to the CIA once again, although this does depend on someone connecting the USB used on the closed network computer to an online device.
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  • While it may not appear to be the most efficient CIA project, it allows the intelligence agency to infiltrate otherwise unreachable networks.This method is comparable to the Stuxnet virus, a cyberweapon purportedly built by the US and Israel. Stuxnet is thought to have caused substantial damage to Iran's nuclear program in 2010.The CIA allegedly began developing the Brutal Kangaroo program in 2012 – two years after Stuxnet incident in Iran.The most recent of these files were to intended to remain secret until at least 2035. The documents released by WikiLeaks are dated February 2016, indicating that the scheme was likely being used until that point.
Gonzalo San Gil, PhD.

Stand up for your freedom to install free software - Free Software Foundation - working... - 0 views

www.fsf.org/...statement

stand for your freedom install free software fsf

shared by Gonzalo San Gil, PhD. on 11 Jul 12 - No Cached
  • Gonzalo San Gil, PhD. on 11 Jul 12
     
    [Microsoft has announced that if computer makers wish to distribute machines with the Windows 8 compatibility logo, they will have to implement a measure called "Secure Boot." However, it is currently up for grabs whether this technology will live up to its name, or will instead earn the name Restricted Boot. When done correctly, "Secure Boot" is designed to protect against malware by preventing computers from loading unauthorized binary programs when booting. In practice, this means that computers implementing it won't boot unauthorized operating systems -- including initially authorized systems that have been modified without being re-approved. ...]
Gonzalo San Gil, PhD.

FBI's Tor Hack Shows the Risk of Subpoenas to Security Researchers | WIRED - 0 views

www.wired.com/...subpoenas-security-researchers

fbi tor hack shows security researchers legal risks

shared by Gonzalo San Gil, PhD. on 25 Feb 16 - No Cached
  • Gonzalo San Gil, PhD. on 25 Feb 16
     
    "Computer security researchers who expose hackable vulnerabilities in digital products face plenty of occupational hazards: They can have their work censored by threats of lawsuits from the companies whose products they hack, or they can even be criminally indicted if their white-hat hacking runs afoul of the Computer Fraud and Abuse Act. But one still-mysterious encounter between security researchers and the law points to a newer, equally troubling possibility: They can have their work subpoenaed in a criminal investigation and used as a law enforcement tool."
Paul Merrell

NSA Based Malware Used In Massive Cyber-Attack Hitting 74 Countries - 0 views

www.mintpressnews.com/...227763

surveillance state cyberwar NSA exploits Shadow-Brokers leak

shared by Paul Merrell on 13 May 17 - No Cached
  • Apparent National Security Agency (NSA) malware has been used in a global cyber-attack, including on British hospitals, in what whistleblower Edward Snowden described as the repercussion of the NSA’s reckless decision to build the tools. “Despite warnings, @NSAGov built dangerous attack tools that could target Western software. Today we see the cost,” Snowden tweeted Friday. At least two hospitals in London were forced to shut down and stop admitting patients after being attacked by the malware, which operates by locking out the user, encrypting data, and demanding a ransom to release it. The attacks hit dozens of other hospitals, ambulance operators, and doctors’ offices as well.
  • The Blackpool Gazette in the northwest reported that medical staff had resorted to using pen and paper when phone and computer systems shut down. Elsewhere, journalist Ollie Cowan tweeted a photo of ambulances “backed up” at Southport Hospital as the staff attempted to cope with the crisis.
  • Other disruptions were reported in at least 74 countries, including Russia, Spain, Turkey, and Japan, and the number is “growing fast,” according to Kaspersky Lab chief Costin Raiu. Security architect Kevin Beau said it was spreading into the U.S. as well. The malware, which Microsoft tested briefly earlier this year, was leaked by a group calling itself the Shadow Brokers, which has been releasing NSA hacking tools online since last year, the New York Times reports. Times journalists Dan Bilefsky and Nicole Perlroth wrote: Microsoft rolled out a patch for the vulnerability in March, but hackers apparently took advantage of the fact that vulnerable targets—particularly hospitals—had yet to update their systems. The malware was circulated by email. Targets were sent an encrypted, compressed file that, once loaded, allowed the ransomware to infiltrate its targets. Reuters reported that the National Health Service (NHS), England’s public health system, was warned about possible hacking earlier in the day, but that by then it was already too late.
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  • A Twitter account with the handle @HackerFantastic, the co-founder of the cyber security company Hacker House, tweeted that the firm had “warned the NHS with Sky news about vulnerabilities they had last year, this was inevitable and bound to happen at some stage.” “In light of today’s attack, Congress needs to be asking @NSAgov if it knows of any other vulnerabilities in software used in our hospitals,” Snowden tweeted. “If @NSAGov had privately disclosed the flaw used to attack hospitals when they *found* it, not when they lost it, this may not have happened.” Disclosing the vulnerability when it was found would have given hospitals years, not months, to update their systems and prepare for an attack, he added.
  • witter user @MalwareTechBlog added, “Something like this is incredibly significant, we’ve not seen P2P spreading on PC via exploits at this scale in nearly a decade.” Patrick Toomey, a staff attorney with the American Civil Liberties Union’s (ACLU) National Security Project, said, “It would be shocking if the NSA knew about this vulnerability but failed to disclose it to Microsoft until after it was stolen.” “These attacks underscore the fact that vulnerabilities will be exploited not just by our security agencies, but by hackers and criminals around the world,” Toomey said. “It is past time for Congress to enhance cybersecurity by passing a law that requires the government to disclose vulnerabilities to companies in a timely manner. Patching security holes immediately, not stockpiling them, is the best way to make everyone’s digital life safer.”
Paul Merrell

German Parliament Says No More Software Patents | Electronic Frontier Foundation - 0 views

www.eff.org/...-says-no-more-software-patents

software patents Germany New Zealand law

shared by Paul Merrell on 22 Jun 13 - No Cached
  • The German Parliament recently took a huge step that would eliminate software patents (PDF) when it issued a joint motion requiring the German government to ensure that computer programs are only covered by copyright. Put differently, in Germany, software cannot be patented. The Parliament's motion follows a similar announcement made by New Zealand's government last month (PDF), in which it determined that computer programs were not inventions or a manner of manufacture and, thus, cannot be patented.
  • The crux of the German Parliament's motion rests on the fact that software is already protected by copyright, and developers are afforded "exploitation rights." These rights, however, become confused when broad, abstract patents also cover general aspects of computer programs. These two intellectual property systems are at odds. The clearest example of this clash is with free software. The motion recognizes this issue and therefore calls upon the government "to preserve the precedence of copyright law so that software developers can also publish their work under open source license terms and conditions with legal security." The free software movement relies upon the fact that software can be released under a copyright license that allows users to share it and build upon others' works. Patents, as Parliament finds, inhibit this fundamental spread.
  • Just like in the New Zealand order, the German Parliament carved out one type of software that could be patented, when: the computer program serves merely as a replaceable equivalent for a mechanical or electro-mechanical component, as is the case, for instance, when software-based washing machine controls can replace an electromechanical program control unit consisting of revolving cylinders which activate the control circuits for the specific steps of the wash cycle This allows for software that is tied to (and controls part of) another invention to be patented. In other words, if a claimed process is purely a computer program, then it is not patentable. (New Zealand's order uses a similar washing machine example.) The motion ends by calling upon the German government to push for this approach to be standard across all of Europe. We hope policymakers in the United States will also consider fundamental reform that deals with the problems caused by low-quality software patents. Ultimately, any real reform must address this issue.
  • Paul Merrell on 22 Jun 13
     
    Note that an unofficial translation of the parliamentary motion is linked from the article. This adds substantially to the pressure internationally to end software patents because Germany has been the strongest defender of software patents in Europe. The same legal grounds would not apply in the U.S. The strongest argument for the non-patentability in the U.S., in my opinion, is that software patents embody embody both prior art and obviousness. A general purpose computer can accomplish nothing unforeseen by the prior art of the computing device. And it is impossible for software to do more than cause different sequences of bit register states to be executed. This is the province of "skilled artisans" using known methods to produce predictable results. There is a long line of Supreme Court decisions holding that an "invention" with such traits is non-patentable. I have summarized that argument with citations at . 
Paul Merrell

FBI's secret method of unlocking iPhone may never reach Apple | Reuters - 0 views

uk.reuters.com/...ncryption-review-idUKKCN0WW2OL

surveillance state Apple FBI iPhone encryption FOIA litigation

shared by Paul Merrell on 02 Apr 16 - No Cached
  • The FBI may be allowed to withhold information about how it broke into an iPhone belonging to a gunman in the December San Bernardino shootings, despite a U.S. government policy of disclosing technology security flaws discovered by federal agencies. Under the U.S. vulnerabilities equities process, the government is supposed to err in favor of disclosing security issues so companies can devise fixes to protect data. The policy has exceptions for law enforcement, and there are no hard rules about when and how it must be applied.Apple Inc has said it would like the government to share how it cracked the iPhone security protections. But the Federal Bureau of Investigation, which has been frustrated by its inability to access data on encrypted phones belonging to criminal suspects, might prefer to keep secret the technique it used to gain access to gunman Syed Farook's phone. The referee is likely to be a White House group formed during the Obama administration to review computer security flaws discovered by federal agencies and decide whether they should be disclosed.
  • Stewart Baker, former general counsel of the NSA and now a lawyer with Steptoe & Johnson, said the review process could be complicated if the cracking method is considered proprietary by the third party that assisted the FBI.Several security researchers have pointed to the Israel-based mobile forensics firm Cellebrite as the likely third party that helped the FBI. That company has repeatedly declined comment.
  • Paul Merrell on 02 Apr 16
     
    The article is wide of the mark, based on analysis of Executive Branch policy rather than the governing law such as the Freedom of Information Act. And I still find it somewhat ludicrous that a third party with knowledge of the defect could succeed in convincing a court that knowledge of a defect in a company's product is trade-secret proprietary information. "Your honor, my client has discovered a way to break into Mr. Tim Cook's house without a key to his house. That is a valuable trade secret that this Court must keep Mr. Cook from learning." Pow! The Computer Fraud and Abuse Act makes it a crime to access a computer that can connect to the Internet by exploiting a software bug. 
Paul Merrell

Testosterone Pit - Home - The Other Reason Why IBM Throws A Billion At Linux ... - 0 views

www.testosteronepit.com/...billion-at-linux-with-nsa.html

surveillance state NSA Linux Linux-backdoor Solaris FreeBSD Darwin

shared by Paul Merrell on 18 Oct 13 - No Cached
  • IBM announced today that it would throw another billion at Linux, the open-source operating system, to run its Power System servers. The first time it had thrown a billion at Linux was in 2001, when Linux was a crazy, untested, even ludicrous proposition for the corporate world. So the moolah back then didn’t go to Linux itself, which was free, but to related technologies across hardware, software, and service, including things like sales and advertising – and into IBM’s partnership with Red Hat which was developing its enterprise operating system, Red Hat Enterprise Linux. “It helped start a flurry of innovation that has never slowed,” said Jim Zemlin, executive director of the Linux Foundation. IBM claims that the investment would “help clients capitalize on big data and cloud computing with modern systems built to handle the new wave of applications coming to the data center in the post-PC era.” Some of the moolah will be plowed into the Power Systems Linux Center in Montpellier, France, which opened today. IBM’s first Power Systems Linux Center opened in Beijing in May. IBM may be trying to make hay of the ongoing revelations that have shown that the NSA and other intelligence organizations in the US and elsewhere have roped in American tech companies of all stripes with huge contracts to perfect a seamless spy network. They even include physical aspects of surveillance, such as license plate scanners and cameras, which are everywhere [read.... Surveillance Society: If You Drive, You Get Tracked].
  • Then another boon for IBM. Experts at the German Federal Office for Security in Information Technology (BIS) determined that Windows 8 is dangerous for data security. It allows Microsoft to control the computer remotely through a “special surveillance chip,” the wonderfully named Trusted Platform Module (TPM), and a backdoor in the software – with keys likely accessible to the NSA and possibly other third parties, such as the Chinese. Risks: “Loss of control over the operating system and the hardware” [read.... LEAKED: German Government Warns Key Entities Not To Use Windows 8 – Links The NSA.
  • It would be an enormous competitive advantage for an IBM salesperson to walk into a government or corporate IT department and sell Big Data servers that don’t run on Windows, but on Linux. With the Windows 8 debacle now in public view, IBM salespeople don’t even have to mention it. In the hope of stemming the pernicious revenue decline their employer has been suffering from, they can politely and professionally hype the security benefits of IBM’s systems and mention in passing the comforting fact that some of it would be developed in the Power Systems Linux Centers in Montpellier and Beijing. Alas, Linux too is tarnished. The backdoors are there, though the code can be inspected, unlike Windows code. And then there is Security-Enhanced Linux (SELinux), which was integrated into the Linux kernel in 2003. It provides a mechanism for supporting “access control” (a backdoor) and “security policies.” Who developed SELinux? Um, the NSA – which helpfully discloses some details on its own website (emphasis mine): The results of several previous research projects in this area have yielded a strong, flexible mandatory access control architecture called Flask. A reference implementation of this architecture was first integrated into a security-enhanced Linux® prototype system in order to demonstrate the value of flexible mandatory access controls and how such controls could be added to an operating system. The architecture has been subsequently mainstreamed into Linux and ported to several other systems, including the Solaris™ operating system, the FreeBSD® operating system, and the Darwin kernel, spawning a wide range of related work.
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  • Among a slew of American companies who contributed to the NSA’s “mainstreaming” efforts: Red Hat. And IBM? Like just about all of our American tech heroes, it looks at the NSA and other agencies in the Intelligence Community as “the Customer” with deep pockets, ever increasing budgets, and a thirst for technology and data. Which brings us back to Windows 8 and TPM. A decade ago, a group was established to develop and promote Trusted Computing that governs how operating systems and the “special surveillance chip” TPM work together. And it too has been cooperating with the NSA. The founding members of this Trusted Computing Group, as it’s called facetiously: AMD, Cisco, Hewlett-Packard, Intel, Microsoft, and Wave Systems. Oh, I almost forgot ... and IBM. And so IBM might not escape, despite its protestations and slick sales presentations, the suspicion by foreign companies and governments alike that its Linux servers too have been compromised – like the cloud products of other American tech companies. And now, they’re going to pay a steep price for their cooperation with the NSA. Read...  NSA Pricked The “Cloud” Bubble For US Tech Companies
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