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Paul Merrell

Less is more - Coeur d'Alene Press Newspaper - Local and National News - Kootenai Count... - 0 views

  • Researchers at the University of Idaho have created a single computer chip more powerful than 17,000 Intel quad core processors that runs on .03 percent of the power those chips would require.
  • Researchers at the University of Idaho have created a single computer chip more powerful than 17,000 Intel quad core processors that runs on .03 percent of the power those chips would require.The chip will be used on NASA's developing Geostationary Synthetic Thinned Aperture Radiometer (GeoSTAR) project, which will observe hurricanes and other severe storms in the U.S.
  • Though commercial electronics have used this technology for some time, they could not make the electronics resistant to radiation, which is required for operations in space
Gary Edwards

Cisco: Google Wave Completes Us | Michael Hickens - 0 views

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    Über technologist Michael Hickens writes about the recent Cisco announcement that they intend on competing with Google, Zoho and MOSS in the cloud collaboration space. I left a lengthy comment on this page, trying to come to grips with the meaning of this challenge. I titled my comment, "Cisco Office? Maybe they should consider Feng Office-in-the-Cloud". Good luck Conrado. Go get them. Interestingly, Jason Harrop and i met Ms. Alex Hadden-Boyd, director of marketing for the collaboration software group at Cisco. She was kind enough to refer me directly to David Knight, the technology director of Cisco's WebEX Conferencing initiative. Alex is quoted in a CNet article at: http://news.cnet.com/8301-1001_3-10276549-92.html Cisco is striving to redefine itself as a vendor connecting inner and outer clouds, thus reasserting its relevance in the context of a fluid Web-driven IT world increasingly dominated by the likes of Google, Salesforce, Oracle and IBM. It also hopes to parlay its legacy of infrastructure expertise into a reassuring presence, particularly for veteran IT administrators struggling to balance their in-house infrastructures against the cost-savings and potential efficiencies of cloud computing.
Gary Edwards

AtomPub, beyond blogs | Presentation by Mohanaraj Gopala Krishnan - 0 views

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    Excellent presentation discussing the AtomPub protocol as a key Open Web API . 52 slides, and everyone worth some study.
Paul Merrell

Obama Set to Create 'Cyber Czar' Position - WSJ.com - 0 views

  • WASHINGTON -- President Barack Obama will announce on Friday the creation of a "cyber czar" position, stepping up his administration's efforts to better protect the nation's computer networks. The White House appointment will be followed in coming days by the formal creation of a new military cyber command that will coordinate the defense of Pentagon computer networks and improve U.S. offensive capabilities in cyberwarfare.
  • The cybersecurity chief will report to both the National Security Council and the National Economic Council, a compromise resulting from a fierce White House turf battle over the responsibilities and powers of the new office. Mr. Obama won't announce on Friday the person who will fill the new job. That isn't expected for at least a few more days.
Gary Edwards

Google Drops A Nuclear Bomb On Microsoft. And It's Made of Chrome. - 0 views

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    Introducing the Chrome OS alternative to Windows: excerpt: What Google is doing is not recreating a new kind of OS, they're creating the best way to not need one at all. So why release this new OS instead of using Android? After all, it has already been successfully ported to netbooks. Google admits that there is some overlap there. But a key difference they don't mention is the ability to run on the x86 architecture. Android cannot do that (though there are ports), Chrome OS can and will. But more, Google wants to emphasize that Chrome OS is all about the web, whereas Android is about a lot of different things. Including apps that are not standard browser-based web apps. But Chrome OS will be all about the web apps. And no doubt HTML 5 is going to be a huge part of all of this. A lot of people are still wary about running web apps for when their computer isn't connected to the web. But HTML 5 has the potential to change that, as you'll be able to work in the browser even when not connected, and upload when you are again.
Gary Edwards

The future of enterprise data in a radically open and Web-based world | Hinchcliffe - 0 views

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    Dion Hinchcliffe has posted a lengthy discussion on the future of Open Data and the Open Web.  He identifies three Open Web methods for accessing and working with Open Data; WOA, API's and Linked Data.  These methods are discussed in the context of SOA and the re-engineering of enterprise business systems.  Great stuff.  Dion also provides an excellent chart describing his vision of how these things fit together. Excerpt: "Open data holds up the promise of instant connectivity between arbitrary numbers of ad hoc partners while at the same time reducing integration costs, improving transparency, harnessing external innovation, and even (perhaps especially) creating entirely new and significant business models. I sometimes refer to these as "open supply chains", and the term is highly descriptive when it comes to the potential for open data models to make cloud computing safe and interoperable, help journalists to do their jobs better, or create multi-million dollar new lines of business, such as Amazon's well-known Web Services division."
Paul Merrell

Why Tim O'Reilly Sees Microsoft as a Proponent of the Open Web - 0 views

  • At the Web 2.0 Expo, Tim O'Reilly predicts that Microsoft will emerge as a leading proponent of the open Web, despite the company's tradition of fostering its own proprietary operating systems and development languages. O'Reilly says Microsoft's recent deals to index Twitter tweets and use Wolfram Alpha's APIs for computational data show a shift in its willingness to work with other Web companies. Moreover, the Windows Azure cloud computing operating system is designed to work with open-source technology.
Gary Edwards

State of the ECM Industry 2011 Pt I: Enterprises Slowly Getting to Grips with Content C... - 0 views

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    Great charts!  Improving efficiency and optimizing business processes continue to dominate as top content management issues.  They are the leading business drivers.  Collaboration is in the middle of the pack, but with a high level of notice and concern.  Waiting to explode i think.  Expectations for collaboration continue to outpace reality. No mention of mobility or productivity!!!!  (Doing more work with fewer people?  is that a improve efficiency equation?)  Where is Cloud-computing?
Gary Edwards

Why Microsoft's Office 365 will clobber Google Apps | VentureBeat - Peter Yared - 0 views

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    Good comparison of Microsoft and Google "Cloud" initiatives.  Sure, Microsoft has the numbers.  They own the legacy desktop productivity platform.  But their execution in the Cloud is horrific.  Businesses will always opt for integrating existing desktop apps with Cloud productivity systems over rip-out-and-replace platform alternatives.   But the benefits of highly interoperable and universally accessible Cloud communications and collaborative computing have to be there.  So far MS has failed to deliver, and miserably so.   excerpt:  With Office 365, Microsoft has finally delivered an end-to-end cloud platform for businesses that encompass not only its desktop Office software, but also its server software, such as Exchange and SharePoint. Contrary to Google's narrative, cloud based office software is still a wide open market. The three million businesses that have "Gone Google" - proclaimed on billboards in San Francisco airport's new Terminal 2 - are for the most part Gmail users, who are still happily using Microsoft Office and even Microsoft Outlook. Gmail is a fast, cheap, spam-free and great solution for business email, especially relative to the expensive, lumbering email service providers. Google Apps has definitely found a niche for online collaboration, but generally for low-end project management types of spreadsheets and small documents. The presentation and drawing Google Apps are barely used. Yes, there are definitely Google Apps wins, since it seems cheap. On implementation, businesses find that switching to Gmail is one thing, but switching their entire business infrastructure to Google Apps is a completely different animal that goes far beyond simply changing how employees are writing memos.
Gary Edwards

Office 365 vs. Google Apps: The InfoWorld review | Cloud Computing - InfoWorld - 0 views

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    Clash of the Productivity Clouds: Before we attempt to answer those questions, one thing must be stated flatly: Office 365 and Google Apps are vastly different products. Office 365 is meant to be used with a locally installed version of Office (preferably Office 2010), whereas Google Apps lives 100 percent in the browser. To use a hackneyed metaphor, we're talking apples and oranges. With so many feature variables between the two products, blanket pronouncements don't make a lot of sense. Nonetheless, with the production release of Office 365, the cloud era of desktop productivity software officially kicks into high gear. Office 365 works with Microsoft's Web App versions of desktop Office applications -- Word, Excel, PowerPoint, and OneNote -- so theoretically, you can use it without a locally installed version of Office at all. But most people won't. The real Office 365 ploy is this: Sick of maintaining Exchange and SharePoint servers? No problem. Pay Microsoft and it will run those servers for you -- and throw in the fancy new Lync communications server. Office 365 represents the first time Microsoft has bundled desktop software (Office 2010) with an online service into a single subscription-based offering. But if you have another source of licenses for Office (2010, 2007, or otherwise), or if you want to run just the Office Web Apps (not likely), you can get an Office 365 license without paying for Office.
Paul Merrell

ExposeFacts - For Whistleblowers, Journalism and Democracy - 0 views

  • Launched by the Institute for Public Accuracy in June 2014, ExposeFacts.org represents a new approach for encouraging whistleblowers to disclose information that citizens need to make truly informed decisions in a democracy. From the outset, our message is clear: “Whistleblowers Welcome at ExposeFacts.org.” ExposeFacts aims to shed light on concealed activities that are relevant to human rights, corporate malfeasance, the environment, civil liberties and war. At a time when key provisions of the First, Fourth and Fifth Amendments are under assault, we are standing up for a free press, privacy, transparency and due process as we seek to reveal official information—whether governmental or corporate—that the public has a right to know. While no software can provide an ironclad guarantee of confidentiality, ExposeFacts—assisted by the Freedom of the Press Foundation and its “SecureDrop” whistleblower submission system—is utilizing the latest technology on behalf of anonymity for anyone submitting materials via the ExposeFacts.org website. As journalists we are committed to the goal of protecting the identity of every source who wishes to remain anonymous.
  • The seasoned editorial board of ExposeFacts will be assessing all the submitted material and, when deemed appropriate, will arrange for journalistic release of information. In exercising its judgment, the editorial board is able to call on the expertise of the ExposeFacts advisory board, which includes more than 40 journalists, whistleblowers, former U.S. government officials and others with wide-ranging expertise. We are proud that Pentagon Papers whistleblower Daniel Ellsberg was the first person to become a member of the ExposeFacts advisory board. The icon below links to a SecureDrop implementation for ExposeFacts overseen by the Freedom of the Press Foundation and is only accessible using the Tor browser. As the Freedom of the Press Foundation notes, no one can guarantee 100 percent security, but this provides a “significantly more secure environment for sources to get information than exists through normal digital channels, but there are always risks.” ExposeFacts follows all guidelines as recommended by Freedom of the Press Foundation, and whistleblowers should too; the SecureDrop onion URL should only be accessed with the Tor browser — and, for added security, be running the Tails operating system. Whistleblowers should not log-in to SecureDrop from a home or office Internet connection, but rather from public wifi, preferably one you do not frequent. Whistleblowers should keep to a minimum interacting with whistleblowing-related websites unless they are using such secure software.
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    A new resource site for whistle-blowers. somewhat in the tradition of Wikileaks, but designed for encrypted communications between whistleblowers and journalists.  This one has an impressive board of advisors that includes several names I know and tend to trust, among them former whistle-blowers Daniel Ellsberg, Ray McGovern, Thomas Drake, William Binney, and Ann Wright. Leaked records can only be dropped from a web browser running the Tor anonymizer software and uses the SecureDrop system originally developed by Aaron Schwartz. They strongly recommend using the Tails secure operating system that can be installed to a thumb drive and leaves no tracks on the host machine. https://tails.boum.org/index.en.html Curious, I downloaded Tails and installed it to a virtual machine. It's a heavily customized version of Debian. It has a very nice Gnome desktop and blocks any attempt to connect to an external network by means other than installed software that demands encrypted communications. For example, web sites can only be viewed via the Tor anonymizing proxy network. It does take longer for web pages to load because they are moving over a chain of proxies, but even so it's faster than pages loaded in the dial-up modem days, even for web pages that are loaded with graphics, javascript, and other cruft. E.g., about 2 seconds for New York Times pages. All cookies are treated by default as session cookies so disappear when you close the page or the browser. I love my Linux Mint desktop, but I am thinking hard about switching that box to Tails. I've been looking for methods to send a lot more encrypted stuff down the pipe for NSA to store. Tails looks to make that not only easy, but unavoidable. From what I've gathered so far, if you want to install more software on Tails, it takes about an hour to create a customized version and then update your Tails installation from a new ISO file. Tails has a wonderful odor of having been designed for secure computing. Current
Paul Merrell

Reset The Net - Privacy Pack - 0 views

  • This June 5th, I pledge to take strong steps to protect my freedom from government mass surveillance. I expect the services I use to do the same.
  • Fight for the Future and Center for Rights will contact you about future campaigns. Privacy Policy
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    I wound up joining this campaign at the urging of the ACLU after checking the Privacy Policy. The Reset the Net campaign seems to be endorsed by a lot of change-oriented groups, from the ACLU to Greenpeac to the Pirate Party. A fair number of groups with a Progressive agenda, but certainly not limited to them. The right answer to that situation is to urge other groups to endorse, not to avoid the campaign. Single-issue coalition-building is all about focusing on an area of agreement rather than worrying about who you are rubbing elbows with.  I have been looking for a a bipartisan group that's tackling government surveillance issues via mass actions but has no corporate sponsors. This might be the one. The reason: Corporate types like Google have no incentive to really butt heads with the government voyeurs. They are themselves engaged in massive surveillance of their users and certainly will not carry the battle for digital privacy over to the private sector. But this *is* a battle over digital privacy and legally defining user privacy rights in the private sector is just as important as cutting back on government surveillance. As we have learned through the Snowden disclosures, what the private internet companies have, the NSA can and does get.  The big internet services successfully pushed in the U.S. for authorization to publish more numbers about how many times they pass private data to the government, but went no farther. They wanted to be able to say they did something, but there's a revolving door of staffers between NSA and the big internet companies and the internet service companies' data is an open book to the NSA.   The big internet services are not champions of their users' privacy. If they were, they would be featuring end-to-end encryption with encryption keys unique to each user and unknown to the companies.  Like some startups in Europe are doing. E.g., the Wuala.com filesync service in Switzerland (first 5 GB of storage free). Compare tha
Paul Merrell

Protect your synced data - Chrome Help - 0 views

  • When you sign in to Chrome and enable sync, Chrome keeps your information secure by using your Google Account credentials to encrypt your synced passwords. Alternatively, you can choose to encrypt all of your synced data with a sync passphrase. This sync passphrase is stored on your computer and isn't sent to Google.
  • Click the Chrome menu on the browser toolbar. Select Signed in as <your email address> (you must be signed in to Chrome already). In the "Sign in" section, click Advanced sync settings. Choose an encryption option: Encrypt synced passwords with your Google credentials: This is the default option. Your saved passwords are encrypted on Google's servers and protected with your Google Account credentials. Encrypt all synced data with your own sync passphrase: Select this if you'd like to encrypt all the data you've chosen to sync. You can provide your own passphrase that will only be stored on your computer. Click OK.
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    Just installed Google Chrome on a new system. When I went into settings to set my syncronization preferences, I discovered a new setting I never noticed before for synchronization. I suspect it's new and one Google reaction to the NSA scandal. End to end encryption with a local password that isn't sent to Google. If you're using Chrome, here's an easy way to help the Web fight back to NSA voyeurs.  
Paul Merrell

Visit the Wrong Website, and the FBI Could End Up in Your Computer | Threat Level | WIRED - 0 views

  • Security experts call it a “drive-by download”: a hacker infiltrates a high-traffic website and then subverts it to deliver malware to every single visitor. It’s one of the most powerful tools in the black hat arsenal, capable of delivering thousands of fresh victims into a hackers’ clutches within minutes. Now the technique is being adopted by a different kind of a hacker—the kind with a badge. For the last two years, the FBI has been quietly experimenting with drive-by hacks as a solution to one of law enforcement’s knottiest Internet problems: how to identify and prosecute users of criminal websites hiding behind the powerful Tor anonymity system. The approach has borne fruit—over a dozen alleged users of Tor-based child porn sites are now headed for trial as a result. But it’s also engendering controversy, with charges that the Justice Department has glossed over the bulk-hacking technique when describing it to judges, while concealing its use from defendants. Critics also worry about mission creep, the weakening of a technology relied on by human rights workers and activists, and the potential for innocent parties to wind up infected with government malware because they visited the wrong website. “This is such a big leap, there should have been congressional hearings about this,” says ACLU technologist Chris Soghoian, an expert on law enforcement’s use of hacking tools. “If Congress decides this is a technique that’s perfectly appropriate, maybe that’s OK. But let’s have an informed debate about it.”
  • The FBI’s use of malware is not new. The bureau calls the method an NIT, for “network investigative technique,” and the FBI has been using it since at least 2002 in cases ranging from computer hacking to bomb threats, child porn to extortion. Depending on the deployment, an NIT can be a bulky full-featured backdoor program that gives the government access to your files, location, web history and webcam for a month at a time, or a slim, fleeting wisp of code that sends the FBI your computer’s name and address, and then evaporates. What’s changed is the way the FBI uses its malware capability, deploying it as a driftnet instead of a fishing line. And the shift is a direct response to Tor, the powerful anonymity system endorsed by Edward Snowden and the State Department alike.
Paul Merrell

Secret Malware in European Union Attack Linked to U.S. and British Intelligence - The I... - 0 views

  • Complex malware known as Regin is the suspected technology behind sophisticated cyberattacks conducted by U.S. and British intelligence agencies on the European Union and a Belgian telecommunications company, according to security industry sources and technical analysis conducted by The Intercept. Regin was found on infected internal computer systems and email servers at Belgacom, a partly state-owned Belgian phone and internet provider, following reports last year that the company was targeted in a top-secret surveillance operation carried out by British spy agency Government Communications Headquarters, industry sources told The Intercept. The malware, which steals data from infected systems and disguises itself as legitimate Microsoft software, has also been identified on the same European Union computer systems that were targeted for surveillance by the National Security Agency.
  • The hacking operations against Belgacom and the European Union were first revealed last year through documents leaked by NSA whistleblower Edward Snowden. The specific malware used in the attacks has never been disclosed, however.
Paul Merrell

The Great SIM Heist: How Spies Stole the Keys to the Encryption Castle - 0 views

  • AMERICAN AND BRITISH spies hacked into the internal computer network of the largest manufacturer of SIM cards in the world, stealing encryption keys used to protect the privacy of cellphone communications across the globe, according to top-secret documents provided to The Intercept by National Security Agency whistleblower Edward Snowden. The hack was perpetrated by a joint unit consisting of operatives from the NSA and its British counterpart Government Communications Headquarters, or GCHQ. The breach, detailed in a secret 2010 GCHQ document, gave the surveillance agencies the potential to secretly monitor a large portion of the world’s cellular communications, including both voice and data. The company targeted by the intelligence agencies, Gemalto, is a multinational firm incorporated in the Netherlands that makes the chips used in mobile phones and next-generation credit cards. Among its clients are AT&T, T-Mobile, Verizon, Sprint and some 450 wireless network providers around the world. The company operates in 85 countries and has more than 40 manufacturing facilities. One of its three global headquarters is in Austin, Texas and it has a large factory in Pennsylvania. In all, Gemalto produces some 2 billion SIM cards a year. Its motto is “Security to be Free.”
  • With these stolen encryption keys, intelligence agencies can monitor mobile communications without seeking or receiving approval from telecom companies and foreign governments. Possessing the keys also sidesteps the need to get a warrant or a wiretap, while leaving no trace on the wireless provider’s network that the communications were intercepted. Bulk key theft additionally enables the intelligence agencies to unlock any previously encrypted communications they had already intercepted, but did not yet have the ability to decrypt.
  • Leading privacy advocates and security experts say that the theft of encryption keys from major wireless network providers is tantamount to a thief obtaining the master ring of a building superintendent who holds the keys to every apartment. “Once you have the keys, decrypting traffic is trivial,” says Christopher Soghoian, the principal technologist for the American Civil Liberties Union. “The news of this key theft will send a shock wave through the security community.”
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  • According to one secret GCHQ slide, the British intelligence agency penetrated Gemalto’s internal networks, planting malware on several computers, giving GCHQ secret access. We “believe we have their entire network,” the slide’s author boasted about the operation against Gemalto. Additionally, the spy agency targeted unnamed cellular companies’ core networks, giving it access to “sales staff machines for customer information and network engineers machines for network maps.” GCHQ also claimed the ability to manipulate the billing servers of cell companies to “suppress” charges in an effort to conceal the spy agency’s secret actions against an individual’s phone. Most significantly, GCHQ also penetrated “authentication servers,” allowing it to decrypt data and voice communications between a targeted individual’s phone and his or her telecom provider’s network. A note accompanying the slide asserted that the spy agency was “very happy with the data so far and [was] working through the vast quantity of product.”
  • The U.S. and British intelligence agencies pulled off the encryption key heist in great stealth, giving them the ability to intercept and decrypt communications without alerting the wireless network provider, the foreign government or the individual user that they have been targeted. “Gaining access to a database of keys is pretty much game over for cellular encryption,” says Matthew Green, a cryptography specialist at the Johns Hopkins Information Security Institute. The massive key theft is “bad news for phone security. Really bad news.”
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    Remember all those NSA claims that no evidence of their misbehavior has emerged? That one should never take wing again. Monitoring call content without the involvement of any court? Without a warrant? Without probable cause?  Was there even any Congressional authorization?  Wiretapping unequivocally requires a judicially-approved search warrant. It's going to be very interesting to learn the government's argument for this misconduct's legality. 
Paul Merrell

Edward Snowden Explains How To Reclaim Your Privacy - 0 views

  • Micah Lee: What are some operational security practices you think everyone should adopt? Just useful stuff for average people. Edward Snowden: [Opsec] is important even if you’re not worried about the NSA. Because when you think about who the victims of surveillance are, on a day-to-day basis, you’re thinking about people who are in abusive spousal relationships, you’re thinking about people who are concerned about stalkers, you’re thinking about children who are concerned about their parents overhearing things. It’s to reclaim a level of privacy. The first step that anyone could take is to encrypt their phone calls and their text messages. You can do that through the smartphone app Signal, by Open Whisper Systems. It’s free, and you can just download it immediately. And anybody you’re talking to now, their communications, if it’s intercepted, can’t be read by adversaries. [Signal is available for iOS and Android, and, unlike a lot of security tools, is very easy to use.] You should encrypt your hard disk, so that if your computer is stolen the information isn’t obtainable to an adversary — pictures, where you live, where you work, where your kids are, where you go to school. [I’ve written a guide to encrypting your disk on Windows, Mac, and Linux.] Use a password manager. One of the main things that gets people’s private information exposed, not necessarily to the most powerful adversaries, but to the most common ones, are data dumps. Your credentials may be revealed because some service you stopped using in 2007 gets hacked, and your password that you were using for that one site also works for your Gmail account. A password manager allows you to create unique passwords for every site that are unbreakable, but you don’t have the burden of memorizing them. [The password manager KeePassX is free, open source, cross-platform, and never stores anything in the cloud.]
  • The other thing there is two-factor authentication. The value of this is if someone does steal your password, or it’s left or exposed somewhere … [two-factor authentication] allows the provider to send you a secondary means of authentication — a text message or something like that. [If you enable two-factor authentication, an attacker needs both your password as the first factor and a physical device, like your phone, as your second factor, to login to your account. Gmail, Facebook, Twitter, Dropbox, GitHub, Battle.net, and tons of other services all support two-factor authentication.]
  • We should armor ourselves using systems we can rely on every day. This doesn’t need to be an extraordinary lifestyle change. It doesn’t have to be something that is disruptive. It should be invisible, it should be atmospheric, it should be something that happens painlessly, effortlessly. This is why I like apps like Signal, because they’re low friction. It doesn’t require you to re-order your life. It doesn’t require you to change your method of communications. You can use it right now to talk to your friends.
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  • Lee: What do you think about Tor? Do you think that everyone should be familiar with it, or do you think that it’s only a use-it-if-you-need-it thing? Snowden: I think Tor is the most important privacy-enhancing technology project being used today. I use Tor personally all the time. We know it works from at least one anecdotal case that’s fairly familiar to most people at this point. That’s not to say that Tor is bulletproof. What Tor does is it provides a measure of security and allows you to disassociate your physical location. … But the basic idea, the concept of Tor that is so valuable, is that it’s run by volunteers. Anyone can create a new node on the network, whether it’s an entry node, a middle router, or an exit point, on the basis of their willingness to accept some risk. The voluntary nature of this network means that it is survivable, it’s resistant, it’s flexible. [Tor Browser is a great way to selectively use Tor to look something up and not leave a trace that you did it. It can also help bypass censorship when you’re on a network where certain sites are blocked. If you want to get more involved, you can volunteer to run your own Tor node, as I do, and support the diversity of the Tor network.]
  • Lee: So that is all stuff that everybody should be doing. What about people who have exceptional threat models, like future intelligence-community whistleblowers, and other people who have nation-state adversaries? Maybe journalists, in some cases, or activists, or people like that? Snowden: So the first answer is that you can’t learn this from a single article. The needs of every individual in a high-risk environment are different. And the capabilities of the adversary are constantly improving. The tooling changes as well. What really matters is to be conscious of the principles of compromise. How can the adversary, in general, gain access to information that is sensitive to you? What kinds of things do you need to protect? Because of course you don’t need to hide everything from the adversary. You don’t need to live a paranoid life, off the grid, in hiding, in the woods in Montana. What we do need to protect are the facts of our activities, our beliefs, and our lives that could be used against us in manners that are contrary to our interests. So when we think about this for whistleblowers, for example, if you witnessed some kind of wrongdoing and you need to reveal this information, and you believe there are people that want to interfere with that, you need to think about how to compartmentalize that.
  • Tell no one who doesn’t need to know. [Lindsay Mills, Snowden’s girlfriend of several years, didn’t know that he had been collecting documents to leak to journalists until she heard about it on the news, like everyone else.] When we talk about whistleblowers and what to do, you want to think about tools for protecting your identity, protecting the existence of the relationship from any type of conventional communication system. You want to use something like SecureDrop, over the Tor network, so there is no connection between the computer that you are using at the time — preferably with a non-persistent operating system like Tails, so you’ve left no forensic trace on the machine you’re using, which hopefully is a disposable machine that you can get rid of afterward, that can’t be found in a raid, that can’t be analyzed or anything like that — so that the only outcome of your operational activities are the stories reported by the journalists. [SecureDrop is a whistleblower submission system. Here is a guide to using The Intercept’s SecureDrop server as safely as possible.]
  • And this is to be sure that whoever has been engaging in this wrongdoing cannot distract from the controversy by pointing to your physical identity. Instead they have to deal with the facts of the controversy rather than the actors that are involved in it. Lee: What about for people who are, like, in a repressive regime and are trying to … Snowden: Use Tor. Lee: Use Tor? Snowden: If you’re not using Tor you’re doing it wrong. Now, there is a counterpoint here where the use of privacy-enhancing technologies in certain areas can actually single you out for additional surveillance through the exercise of repressive measures. This is why it’s so critical for developers who are working on security-enhancing tools to not make their protocols stand out.
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    Lots more in the interview that I didn't highlight. This is a must-read.
Paul Merrell

ISPs say the "massive cost" of Snooper's Charter will push up UK broadband bills | Ars ... - 0 views

  • How much extra will you have to pay for the privilege of being spied on?
  • UK ISPs have warned MPs that the costs of implementing the Investigatory Powers Bill (aka the Snooper's Charter) will be much greater than the £175 million the UK government has allotted for the task, and that broadband bills will need to rise as a result. Representatives from ISPs and software companies told the House of Commons Science and Technology Committee that the legislation greatly underestimates the "sheer quantity" of data generated by Internet users these days. They also pointed out that distinguishing content from metadata is a far harder task than the government seems to assume. Matthew Hare, the chief executive of ISP Gigaclear, said with "a typical 1 gigabit connection to someone's home, over 50 terabytes of data per year [are] passing over it. If you say that a proportion of that is going to be the communications data—the record of who you communicate with, when you communicate or what you communicate—there would be the most massive and enormous amount of data that in future an access provider would be expected to keep. The indiscriminate collection of mass data across effectively every user of the Internet in this country is going to have a massive cost."
  • Moreover, the larger the cache of stored data, the more worthwhile it will be for criminals and state-backed actors to gain access and download that highly-revealing personal information for fraud and blackmail. John Shaw, the vice president of product management at British security firm Sophos, told the MPs: "There would be a huge amount of very sensitive personal data that could be used by bad guys.
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  • The ISPs also challenged the government's breezy assumption that separating the data from the (equally revealing) metadata would be simple, not least because an Internet connection is typically being used for multiple services simultaneously, with data packets mixed together in a completely contingent way. Hare described a typical usage scenario for a teenager on their computer at home, where they are playing a game communicating with their friends using Steam; they are broadcasting the game using Twitch; and they may also be making a voice call at the same time too. "All those applications are running simultaneously," Hare said. "They are different applications using different servers with different services and different protocols. They are all running concurrently on that one machine." Even accessing a Web page is much more complicated than the government seems to believe, Hare pointed out. "As a webpage is loading, you will see that that webpage is made up of tens, or many tens, of individual sessions that have been created across the Internet just to load a single webpage. Bluntly, if you want to find out what someone is doing you need to be tracking all of that data all the time."
  • Hare raised another major issue. "If I was a software business ... I would be very worried that my customers would not buy my software any more if it had anything to do with security at all. I would be worried that a backdoor was built into the software by the [Investigatory Powers] Bill that would allow the UK government to find out what information was on that system at any point they wanted in the future." As Ars reported last week, the ability to demand that backdoors are added to systems, and a legal requirement not to reveal that fact under any circumstances, are two of the most contentious aspects of the new Investigatory Powers Bill. The latest comments from industry experts add to concerns that the latest version of the Snooper's Charter would inflict great harm on civil liberties in the UK, and also make security research well-nigh impossible here. To those fears can now be added undermining the UK software industry, as well as forcing the UK public to pay for the privilege of having their ISP carry out suspicionless surveillance.
webmasters-dream

Facebook Marketing Tips 2016 | 1 Secret but Powerful Facebook Marketing Tip - 0 views

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    Watch these Facebook Marketing Tips 2016. This Facebook Marketing Secret is very powerful and can help engagement go through the roof on the Facebook Posts that you use it on. In this video, Billy Funk aka The Extreme Networker, shows how to draw people who like your post back to the post and make a comment.
Paul Merrell

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

  • 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.
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