According to Ts'o, the difference between organic and non-organic is related to how much influence a single corporation has in the development of an open source product. The broader the developer community around a project and the lower the barrier to contributing, the more organic it is. Citing Linux, Apache, Mozilla, and Eclipse among those in the organic open source camp, Ts'o singled out OpenSolaris as a prime example of non-organic open source. In fact, he objected to "Sun claiming that Solaris is just like Linux because it's open source"--a characterization that seemed to inspire his interest in asserting these definitions.
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shared by Gonzalo San Gil, PhD. on 07 Sep 15
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Google DMCA Notice Record Smashed Again - But Why? - TorrentFreak - 1 views
torrentfreak.com/d-smashed-again-but-why-150906
dmca notice record smash Google what's behind Intellectual Property enforcement fury
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" Andy on September 6, 2015 C: 17 Breaking Despite scaling dizzy heights in recent months, the record for DMCA notices being sent to Google's search engine has been smashed again. In a single week Google just processed a mind-boggling 13.68 million URLs, or to put it another way, almost 23 copyright complaints every second. So what's behind the massive surge?"
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Is Music Piracy The Problem… Or The Solution? - hypebot - 0 views
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"The point should be to build an audience that respects, loves, and appreciates you to the point where there is a clear demand for you and the product… to reach critical mass. With this in mind, piracy can play a huge role in acting as a catalyst for organic and valuable word-of-mouth promotion for the artist"
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shared by Paul Merrell on 29 Jul 08
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When Is Open Source Not That Open Source? - Devx Blog - 0 views
blog.devx.com/...is-open-source-not-that-o.html
ibm non-organic open source organic open source solaris sun
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IBM calling Sun names for iron-clad control over Solaris code commit rights. OpenOffice.org comes to mind as well as the IBM-Sun iron-clad control of ODF.
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Most quality online stores. Know whether you are a trusted online retailer in the world. Whatever we can buy very good quality. and do not hesitate. Everything is very high quality. Including clothes, accessories, bags, cups. Highly recommended. This is one of the trusted online store in the world. View now www.retrostyler.com
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SXSW: Big Browsers Butt Heads - AppScout - 0 views
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From AppScout: ... "For the third year in a row, leading minds from the major browsers got together at SXSW Interactive to spar with one another over issues like Web standards and openness. As in years past, Mozilla's Brendan Eich, Microsoft's Chris Wilson, Opera's Charles McCathieNevile, and moderator Arun Ranganathan (also from Mozilla) were present, and this year they were joined by Google's Darin Fisher.
As always, Apple was absent from the panel. Wilson told me that Apple is active in the standards discussion, but the company's famously closed corporate policy prevents Apple reps from participating in panels like this (almost every laptop I saw in the room was a Mac, so apparently the policy hasn't hurt them much). In any case, Safari's WebKit was represented by Chrome (Fisher), which is also built on WebKit....."
AppScout does a great job of collecting some of the best snippets to come out of this panel discussion. Really though, how can anyone have a browser discussion without edge of the Web WebKit device browsers? And then there's this: the discussions today isn't about "browsers". It's about RiA platforms and how browsers are used to launch rich internet applications. Microsoft has XAML-Silverlight. Adobe has AiR-WebKit-SWF. And the Open Web has WebKit-HTML+. That's the battle!
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Safe Plurality: Can it be done using OOXML's Markup Compatibility and Extensions mechan... - 0 views
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During the OOXML standardization proceedings, the ISO particpants felt that there was one particular sub-technology, Markup Compatibility and Extensibility (MCE), that was potentially of such usefulness by other standards, that it was brought out into its own part. It is now IS29500:2009 Part 3: you can download it in its ECMA form here, it only has about 15 pages of substantive text. The particular issue that MCE address is this: what is an application supposed to do when it finds some markup it wasn't programmed to accept? This could be extension elements in some foreign namespace, but it could also be some elements from a known namespace: the case when a document was made against a newer version of the standard than the application.
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Rick Jelliffe posts a frank view of the OOXML compatibility framework, a document I've studied myself in the past. There is much that is laudable about the framework, but there are also aspects that are troublesome. Jelliffe identifies one red flag item, the freedom for a vendor to "proprietize" OOXML using the MustUnderstand attribute and offers some suggestions for lessening that danger through redrafting of the spec. One issue he does not touch, however, is the Microsoft Open Specification Promise covenant not to sue, a deeply flawed document in terms of anyone implementing OOXML other than Microsoft. Still, there is so much prior art for the OOXML compatibility framework that I doubt any patent reading on it would survive judicial review. E.g., a highly similar framework has been implemented in WordPerfect since version 6.0. and the OOXML framework is remarkably similar to the compatibility framework specified by OASIS OpenDocument 1.0 but subsequently gutted at ISO. The Jelliffe article offers a good overview of factors that must be considered in designing a standard's compatibility framework. For those that go on to read the compatibility framework's specification, keep in mind that in several places the document falsely claims that it is an interoperability framework. It is not. It is a framework designed for one-way transfer of data, not interoperability which involves round-trip 2-way of exchange of data without data loss.
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Adamac Attack!: Evolution Revolution - 0 views
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HTTP as a universal calling convention is pretty interesting. We already have tons of web services in the cloud using HTTP to communicate with one another - why not extend this to include local code talking with other components. The iPhone already supports a form of this IPC using the URL handlers, basically turning your application into a web server. BugLabs exposes interfaces to its various embedded device modules through web services. It has even been suggested in the literature that every object could embed a web server. Why not use this mechanism for calling that object's methods?
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Given the increasing number of platforms supporting Javascript + HTTP + HTML5, it's not inconceivable that "write-once, run anywhere" might come closer to fruition with this combo than Java ever achieved. Here's how this architecture plays out in my mind. Javascript is the core programming language. Using a HTTP transport and JSON data format, components in different processes can perform RPCs to one another. HTML5 features like local storage and the application cache allow for an offline story (the latest build of Safari on iPhone supports this). And of course, HTML + CSS allows for a common UI platform.
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What the EU might force Microsoft to do : comment by gary.edwards - 0 views
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I've pretty much stayed out of the EU action against Microsoft primarily because it misses the mark by so much. The browser is not the means by which Microsoft seeks to create a Web based monopoly. MSIE is a useful tool used to frustrate Web developers and systems providers, but we are way beyond the point where removing/replacing MSIE becomes an effective remedy to Microsoft monopolist abuses. Way beyond! There is however no doubt in my mind that the browser is going to be the portable WebOS of the future. The problem is that browser runtimes are also host for proprietary runtime plug-ins. Like MS Silverlight! Read on freind. My comments are three part, and posted down the line, somewhere around 183. Heavy on the WebKit stuff as usual! Look for "gary.edwards".
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ZoooS Previews "OpenOffice.org 3.0 in a Browser" | Software Journal - 0 views
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ZoooS LLC today previewed ZoooS Office, a web-based office suite that puts OpenOffice.org 3.0 in a browser, targeting enterprise, SMB, and individual users alike with a blend of software-as-a-service (SaaS) and desktop advantages.
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Other key ZoooS Office implementations will include Mozilla XULRunner; Firefox, Opera, Safari as well as the new Google Chrome web browser; social networking sites such as Facebook, MySpace, and Second Life; and Nintendo Wii and Sony PlayStation. Regardless of implementation, ZoooS applications run entirely on the client machine, performing all file operations locally to reduce network traffic, improve application performance, and support offline access.
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Public availability of ZoooS Office is scheduled for the fourth quarter of 2008. Initially, ZoooS will deliver the Mozilla XULRunner version, a Firefox plug-in, an Opera widget, and an intranet server. ZoooS will follow up with a Vista gadget and Internet Explorer support in the first half of 2009. For more information on ZoooS, please visit www.zooos.com.
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Yet another wrapper around OpenOffice.org, this time the 3.0 version still in beta. $99.90 per seat for 10 users, Lots of Javascript to give a web collaboration capability. Perhaps most notable so far: [i] a sniff that there's a fair amount of money behind this one; and [ii] an article by Eric Lai says they approached the OOo Project but were rebuffed because they compete with desktop OOo. Support for different browsers planned. an XULRunner plug-in the works. Several mashups mentioned. Claims 80 percent of OOo features available, which is another way of saying that 20 per cent of the features are not supported. Claim that oSays code will be released under GPL. Apparently that's just their custom stuff because OOo 3.0 beta is LGPL. Building a business atop a code base controlled by a malevolent branch of Sun Microsystems seems less than wise. More at zooos.com. Preliminary impression: Like OOo itself, dead end technology that sucks mind and market share from software that supports truly open standards. The world needs to figure out that the OpenDocument format is roughly as open as OOXML. Open standards are fully specified so anyone can implement them.
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Gorgeous Video: The Google Story In 2 Minutes - 3 views
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Should you buy enterprise applications from a startup? - 0 views
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The biggest advantage of startups, in Mueller's opinion? "They have no technical historical burden, and they don't care about many technical dependencies. They deliver easy-to-use technology with relatively simple but powerful integration options."
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"The model we've used to buy on-premises software for 20-plus years is shifting," insists Laping. "There are new ways of selecting and vetting partners."
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Part of that shift is simple: The business side sees what technology can do, and it's banging on IT's door, demanding ... what? Not new drop-down menus in the same-old ERP application, but rather state-of-the-art, cutting-edge, ain't-that-cool innovation. The landscape is wide open: Innovation can come in the form of new technologies, such as the Internet of Things, or from mobility, the cloud, virtualization -- in fact, from anywhere an enterprise vendor isn't filling a need. The easiest place to find that? Startups.
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"The number one reason to consider a startup is that the current landscape of Magic Quadrant vendors is not serving a critical need. That's a problem."
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Ravi Belani is managing partner at Alchemist Accelerator, a Palo Alto, Calif.-based venture-backed initiative focused on accelerating startups whose revenue comes from enterprises rather than consumers. He says, "The innovation that used to come out of big software houses isn't there anymore, while the pace of innovation in technology is accelerating."
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He acknowledges that there has been a longtime concern with startups about the ability of their applications to scale, but given startups' ability to build their software on robust infrastructure platforms using IaaS or PaaS, and then deploy them via SaaS, "scalability isn't as big a deal as it used it be. It costs $50,000 today to do what you needed $50 million to do ten years ago. That means it takes less capital today to create the same innovation. Ten years ago, that was a moat, a barrier to entry, but software vendors don't own that moat anymore."
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he confluence of offshore programming, open source technologies and cloud-based infrastructures has significantly lowered the barriers to entry of launching a new venture -- not to mention all those newly minted tech millionaires willing to be angel investors.
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"In the new paradigm, [most software] implementations are so much shorter, you don't have to think about that risk. You're not talking about three years and $20 million. You're talking about 75 days and $50,000. You implement little modules and get big wins along the way."
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"The idea of buying an enterprise application from a startup company might sound like anathema to a CIO. But Chris Laping, CIO of restaurant chain Red Robin, based in Greenwood Village, Colo., disagrees. He believes we're in the middle of a significant shift that favors startups -- moving from huge applications with extensive features to task-based activities, inspired by the apps running on mobile devices. Featured Resource Presented by Scribe Software 10 Best Practices for Integrating Data Data integration is often underestimated and poorly implemented, taking time and resources. Yet it Learn More Mirco Mueller concurs. He is an IT architect for St. Gallen, Switzerland-based Helvetia Swiss Life Insurance Co., which -- having been founded in 1858 -- is about as far from a startup as possible. He recently chose a SaaS tool from an unnamed startup over what he calls "a much more powerful but much more complex alternative. Its list of features is shorter than the feature list of the big companies, but in terms of agility, flexibility, ease of use and adjustable business model, it beat" all of its competitors. The biggest advantage of startups, in Mueller's opinion? "They have no technical historical burden, and they don't care about many technical dependencies. They deliver easy-to-use technology with relatively simple but powerful integration options." There's certainly no lack of applications available from new players. At a recent conference focusing on innovation, Microsoft Ventures principal Daniel Sumner noted that every month for the last 88 months, there's been a $1 billion valuation for one startup or another. That's seven years and counting. But as Silicon Valley skeptics like to point out, those are the ones you hear about. For every successful startup, there are at least three that fail, according to 2012 research by Harvard Business School professor Shikhar Ghosh. So why, then, would CIOs in their right mind take the risk of buying enterprise applic
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shared by Paul Merrell on 26 Jan 15
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The Latest Rules on How Long NSA Can Keep Americans' Encrypted Data Look Too Familiar |... - 0 views
justsecurity.org/...s-hold-encrypted-data-familiar
surveillance state NSA IAA-2015 Sect-309 legislation
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Does the National Security Agency (NSA) have the authority to collect and keep all encrypted Internet traffic for as long as is necessary to decrypt that traffic? That was a question first raised in June 2013, after the minimization procedures governing telephone and Internet records collected under Section 702 of the Foreign Intelligence Surveillance Act were disclosed by Edward Snowden. The issue quickly receded into the background, however, as the world struggled to keep up with the deluge of surveillance disclosures. The Intelligence Authorization Act of 2015, which passed Congress this last December, should bring the question back to the fore. It established retention guidelines for communications collected under Executive Order 12333 and included an exception that allows NSA to keep ‘incidentally’ collected encrypted communications for an indefinite period of time. This creates a massive loophole in the guidelines. NSA’s retention of encrypted communications deserves further consideration today, now that these retention guidelines have been written into law. It has become increasingly clear over the last year that surveillance reform will be driven by technological change—specifically by the growing use of encryption technologies. Therefore, any legislation touching on encryption should receive close scrutiny.
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Section 309 of the intel authorization bill describes “procedures for the retention of incidentally acquired communications.” It establishes retention guidelines for surveillance programs that are “reasonably anticipated to result in the acquisition of [telephone or electronic communications] to or from a United States person.” Communications to or from a United States person are ‘incidentally’ collected because the U.S. person is not the actual target of the collection. Section 309 states that these incidentally collected communications must be deleted after five years unless they meet a number of exceptions. One of these exceptions is that “the communication is enciphered or reasonably believed to have a secret meaning.” This exception appears to be directly lifted from NSA’s minimization procedures for data collected under Section 702 of FISA, which were declassified in 2013.
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While Section 309 specifically applies to collection taking place under E.O. 12333, not FISA, several of the exceptions described in Section 309 closely match exceptions in the FISA minimization procedures. That includes the exception for “enciphered” communications. Those minimization procedures almost certainly served as a model for these retention guidelines and will likely shape how this new language is interpreted by the Executive Branch. Section 309 also asks the heads of each relevant member of the intelligence community to develop procedures to ensure compliance with new retention requirements. I expect those procedures to look a lot like the FISA minimization guidelines.
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This language is broad, circular, and technically incoherent, so it takes some effort to parse appropriately. When the minimization procedures were disclosed in 2013, this language was interpreted by outside commentators to mean that NSA may keep all encrypted data that has been incidentally collected under Section 702 for at least as long as is necessary to decrypt that data. Is this the correct interpretation? I think so. It is important to realize that the language above isn’t just broad. It seems purposefully broad. The part regarding relevance seems to mirror the rationale NSA has used to justify its bulk phone records collection program. Under that program, all phone records were relevant because some of those records could be valuable to terrorism investigations and (allegedly) it isn’t possible to collect only those valuable records. This is the “to find a needle a haystack, you first have to have the haystack” argument. The same argument could be applied to encrypted data and might be at play here.
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This exception doesn’t just apply to encrypted data that might be relevant to a current foreign intelligence investigation. It also applies to cases in which the encrypted data is likely to become relevant to a future intelligence requirement. This is some remarkably generous language. It seems one could justify keeping any type of encrypted data under this exception. Upon close reading, it is difficult to avoid the conclusion that these procedures were written carefully to allow NSA to collect and keep a broad category of encrypted data under the rationale that this data might contain the communications of NSA targets and that it might be decrypted in the future. If NSA isn’t doing this today, then whoever wrote these minimization procedures wanted to at least ensure that NSA has the authority to do this tomorrow.
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There are a few additional observations that are worth making regarding these nominally new retention guidelines and Section 702 collection. First, the concept of incidental collection as it has typically been used makes very little sense when applied to encrypted data. The way that NSA’s Section 702 upstream “about” collection is understood to work is that technology installed on the network does some sort of pattern match on Internet traffic; say that an NSA target uses example@gmail.com to communicate. NSA would then search content of emails for references to example@gmail.com. This could notionally result in a lot of incidental collection of U.S. persons’ communications whenever the email that references example@gmail.com is somehow mixed together with emails that have nothing to do with the target. This type of incidental collection isn’t possible when the data is encrypted because it won’t be possible to search and find example@gmail.com in the body of an email. Instead, example@gmail.com will have been turned into some alternative, indecipherable string of bits on the network. Incidental collection shouldn’t occur because the pattern match can’t occur in the first place. This demonstrates that, when communications are encrypted, it will be much harder for NSA to search Internet traffic for a unique ID associated with a specific target.
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This lends further credence to the conclusion above: rather than doing targeted collection against specific individuals, NSA is collecting, or plans to collect, a broad class of data that is encrypted. For example, NSA might collect all PGP encrypted emails or all Tor traffic. In those cases, NSA could search Internet traffic for patterns associated with specific types of communications, rather than specific individuals’ communications. This would technically meet the definition of incidental collection because such activity would result in the collection of communications of U.S. persons who aren’t the actual targets of surveillance. Collection of all Tor traffic would entail a lot of this “incidental” collection because the communications of NSA targets would be mixed with the communications of a large number of non-target U.S. persons. However, this “incidental” collection is inconsistent with how the term is typically used, which is to refer to over-collection resulting from targeted surveillance programs. If NSA were collecting all Tor traffic, that activity wouldn’t actually be targeted, and so any resulting over-collection wouldn’t actually be incidental. Moreover, greater use of encryption by the general public would result in an ever-growing amount of this type of incidental collection.
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This type of collection would also be inconsistent with representations of Section 702 upstream collection that have been made to the public and to Congress. Intelligence officials have repeatedly suggested that search terms used as part of this program have a high degree of specificity. They have also argued that the program is an example of targeted rather than bulk collection. ODNI General Counsel Robert Litt, in a March 2014 meeting before the Privacy and Civil Liberties Oversight Board, stated that “there is either a misconception or a mischaracterization commonly repeated that Section 702 is a form of bulk collection. It is not bulk collection. It is targeted collection based on selectors such as telephone numbers or email addresses where there’s reason to believe that the selector is relevant to a foreign intelligence purpose.” The collection of Internet traffic based on patterns associated with types of communications would be bulk collection; more akin to NSA’s collection of phone records en mass than it is to targeted collection focused on specific individuals. Moreover, this type of collection would certainly fall within the definition of bulk collection provided just last week by the National Academy of Sciences: “collection in which a significant portion of the retained data pertains to identifiers that are not targets at the time of collection.”
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The Section 702 minimization procedures, which will serve as a template for any new retention guidelines established for E.O. 12333 collection, create a large loophole for encrypted communications. With everything from email to Internet browsing to real-time communications moving to encrypted formats, an ever-growing amount of Internet traffic will fall within this loophole.
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Tucked into a budget authorization act in December without press notice. Section 309 (the Act is linked from the article) appears to be very broad authority for the NSA to intercept any form of telephone or other electronic information in bulk. There are far more exceptions from the five-year retention limitation than the encrypted information exception. When reading this, keep in mind that the U.S. intelligence community plays semantic games to obfuscate what it does. One of its word plays is that communications are not "collected" until an analyst looks at or listens to partiuclar data, even though the data will be searched to find information countless times before it becomes "collected." That searching was the major basis for a decision by the U.S. District Court in Washington, D.C. that bulk collection of telephone communications was unconstitutional: Under the Fourth Amendment, a "search" or "seizure" requiring a judicial warrant occurs no later than when the information is intercepted. That case is on appeal, has been briefed and argued, and a decision could come any time now. Similar cases are pending in two other courts of appeals. Also, an important definition from the new Intelligence Authorization Act: "(a) DEFINITIONS.-In this section: (1) COVERED COMMUNICATION.-The term ''covered communication'' means any nonpublic telephone or electronic communication acquired without the consent of a person who is a party to the communication, including communications in electronic storage."
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shared by Gonzalo San Gil, PhD. on 16 Jan 15
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MPAA Links Online Piracy to Obama's Cybersecurity Plan | TorrentFreak [# ! + Note] - 0 views
torrentfreak.com/amas-cybersecurity-plan-150114
MPAA pretends again link sharing internet P2P cyberterrorism terrorism no way just help artists spreading beyond neglect
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# Again, gnarled 'Authorities, linking -falsely, of course- sharing with any kind of 'threats'... (since 2001 http://www.salon.com/2001/09/26/osama_bin_napster/ and, of course, earlier references -from echdirt, for example, "Seriously: Where Is The Link Between Copyright Infringement And Terrorism/Organized Crime" https://www.techdirt.com/articles/20100129/0630057974.shtml)
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[ Ernesto on January 14, 2015 C: 0 News Hoping to deter and stop the ongoing threat of 'cyber' attacks President Obama unveiled new cybersecurity plans yesterday. While the plans don't reference copyright infringement, the MPAA notes that Congress should keep online piracy in mind as it drafts its new cybersecurity bill. ] # Again, gnarled 'Authorities, linking -falsely, of course- sharing with any kind of 'threats'... (since 2001: Peer-to-peer terrorism http://www.salon.com/2001/09/26/osama_bin_napster/ and, of course, earlier references -from Techdirt, for example, "Seriously: Where Is The Link Between Copyright Infringement And Terrorism/Organized Crime" https://www.techdirt.com/articles/20100129/0630057974.shtml)
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Nina Paley Argues Why Copyright Is Brain Damage | Techdirt - 0 views
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"from the sovereignty-of-your-own-mind dept We first wrote about Nina Paley in 2009, upon hearing about the ridiculous copyright mess she found herself in concerning her wonderful movie Sita Sings the Blues. While she eventually was able to sort out that mess and release the film, she also discovered that the more she shared the film, the more money she made, and she began to question copyright entirely."
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Israel eyes world coalition to force social media platforms to block incitement | The T... - 2 views
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Israel is aiming to build an international coalition to force the world’s leading social media giants to prevent their platforms from being abused to peddle incitement to terrorism. The move, which was unveiled by Public Security Minister Gilad Erdan at Sunday’s cabinet meeting, aims at requiring Facebook, Twitter, Youtube, and other social networks to take greater responsibility for such content.
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While some experts consider the idea unworkable — arguing that the terms of service of such platforms protect them from any legal threat, and that the preventative measures Erdan wants to see introduced are not possible technologically, others say a coalition pushing for change could be effective, and certainly stands more of a chance than an effort led by Israel alone.
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Skynet rising: Google acquires 512-qubit quantum computer; NSA surveillance to be turne... - 0 views
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"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
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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
All pages - Wikit - 1 views
www.informationtamers.com/...index.php
mindmapping mind idea mindmap mapping reference maps visualization resources a1socialmedia mindmaps
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Smartphone innovation: Where we're going next (Smartphones Unlocked) | Dialed In - CNET... - 0 views
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With his shaggy, sandy blond hair and a 5-o'clock shadow, Mark Rolston, the creative director for Frog Design, has studied technology for the better part of two decades. As he sees it, smartphones are just about out of evolutionary advances. Sure, form factors and materials might alter as manufacturers grasp for differentiating design, but in terms of innovative leaps, Rolston says, "we're at the end of gross innovation for smartphones." That isn't to say smartphones are dead or obsolete. Just the contrary. As Rolston and other future thinkers who study the mobile space conclude, smartphones will become increasingly impactful in interacting with our surrounding world, but more as one smaller piece of a much large, interconnected puzzle abuzz with data transfer and information. We'll certainly see more crazy camera software and NFC features everywhere, but there's much, much more to look forward to besides.
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You may have never given two thoughts to the sensors that come on you smartphone. They don't mind. They're still there anyway, computing data on your phone's movement and speed, rotation, and lighting conditions. These under-appreciated components -- the gyroscope, accelerometer, magnetometer, and so forth -- are starting to get more friends in the neighborhood. Samsung, for instance, slipped pressure, temperature, and humidity sniffers into the Galaxy S4. They may not be the sexiest feature in your phone, but in the future, sensors like accelerometers will be able to collect and report much more detailed information.
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If you've made it here, you'll start seeing a general theme: in the forward-looking smartphone environment of our future, our devices are anything but isolated. Instead, smartphones will come with more components and communications tools to interact more than ever before with people and other devices. We already see some communication with Wi-Fi Direct, Bluetooth, and NFC communications protocols, plus newcomers like the Miracast standard. In short, the kind of innovation we see in the mobile space may have more to do with getting your smartphone to communicate with other computing devices in the ecosystem than it will have with how many megapixels or ultrapixels your camera lens possesses or what kind of leather was used to finish the chassis.
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An extension of the smartphone as medical device is what Ideo's Blakely terms "appcessories," a set of highly specialized peripheral software that fulfills very targeted needs, stuff that most people wouldn't want their everyday phone.
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. Let's say you're in a bar or at a conference and you want to meet people, he says. Extremely precise sensors track exactly where you are indoors. Point the phone toward a person in the crowd and her pertinent information pops onto the screen: who she is, what she does, and maybe some backgrou
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Into the coffee shop of tomorrow walks a techie of tomorrow. He or she is decked out in wearable tech from head to toe -- the Bluetooth earring or ear cuff tucked into a lobe; Google glasses beaming up maps and directions; a smartwatch that takes your vitals, deals with mobile payments, and serves as a console for the most important functions. Then there's the smartphone slipped into the pocket for more complicated tasks or to serve as a "big" screen, and the smart shoes that calculate distance, underfoot conditions, and analyze your gait. Your smartphone is still there, still essential for communicating with your environment, but it becomes only one device in a collection of other, even more personal or convenient gadgets, that solve some of the same sorts of problems in different or complimentary ways.
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The scenario above isn't all that outlandish, especially given the rise of smartwatches, which still have a ways to go before becoming truly well-rounded devices. Crazy tech that interacts with your body has been in development for some time. To illustrate the point, Frog's Rolston brought a pair of Necomimi Brainwave Cat Ears to our interview. The fuzzy "ears," which have been on sale for about two years, sit atop a headband. A sensor protrudes from the band onto your forehead and a dangling clip closes the circuit when you attach it to your earlobe. The cat ears swivel and twitch in concert with your brain waves, a bizarre and surprisingly giddy sensation. Necomimi's contraption isn't particularly useful or flattering, but its brain-reading sensors underscore the kind of close, personal interaction that can occur when tech "talks." Paired with a smartphone app, what could this contraption share about our brains when we wake or sleep?
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The point is this: smartphones aren't going anywhere. But instead of a focusing on the world within the phone's screen, the smartphone will be tuned more than ever before to the world around you.
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shared by Gonzalo San Gil, PhD. on 07 Jul 16
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When Linux is the face of kindness | Opensource.com - 0 views
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linux face kindness open source for x disaster relief generosity community technology open mind people
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"My late father, Lou Shapiro, was an early leader of UNICEF, so relief work was baked into the genetics of my family. His work was centered on emergency relief for the survivors of earthquakes and other natural disasters. Whenever there was an earthquake in the world, "
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"My late father, Lou Shapiro, was an early leader of UNICEF, so relief work was baked into the genetics of my family. His work was centered on emergency relief for the survivors of earthquakes and other natural disasters. Whenever there was an earthquake in the world, "
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He Was a Hacker for the NSA and He Was Willing to Talk. I Was Willing to Listen. - 2 views
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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!
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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.
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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.
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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.”
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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.
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“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?”
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“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.”
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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.”
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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)