Posts Tagged ‘Internet’
“There are only two different types of companies in the world: those that have been breached and know it and those that have been breached and don’t know it.”*…
Enrique Mendoza Tincopa (and here) with a visualization of what’s on offer on the dark web and what it costs…
Did you know that the internet you’re familiar with is only 10% of the total data that makes up the World Wide Web?
The rest of the web is hidden from plain sight, and requires special access to view. It’s known as the Deep Web, and nestled far down in the depths of it is a dark, sometimes dangerous place, known as the darknet, or Dark Web…
Visual Capitalist
For a larger version, click here
And for a look at the research that underlies the graphic, click here.
What’s your personal information worth? “The Dark Web Price Index 2022,” from @DatavizAdventuR via @VisualCap.
(Image at top: source)
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As we harden our defenses, we might recall that it was on this date in 1994 that arguments began in the case of United States vs. David LaMacchia, in which David LaMacchia stood accused of Conspiracy to Commit Wire Fraud. He had allegedly operated the “Cynosure” bulletin board system (BBS) for six weeks, to hosting pirated software on Massachusetts Institute of Technology (MIT) servers. Federal prosecutors didn’t directly charge LaMacchia with violating copyright statutes; rather they chose to charge him under a federal wire fraud statute that had been enacted in 1952 to prevent the use of telephone systems for interstate fraud. But the court ruled that as he had no commercial motive (he was not charging for the shared software), copyright violation could not be prosecuted under the wire fraud statute; LaMacchia was found not guilty– giving rise to what became known as “the LaMacchia loophole”… and spurring legislative action to try to close that gap.
Background documents from the case are here.
The MIT student paper, covering the case (source)
“It’s going to be interesting to see how society deals with artificial intelligence”*…
Interesting, yes… and important. Stephanie Losi notes that “in some other fields, insufficient regulation and lax controls can lead to bad outcomes, but it can take years. With AI, insufficient regulation and lax controls could lead to bad outcomes extremely rapidly.” She offers a framework for thinking about the kinds of regulation we might need…
Recent advances in machine learning like DALL-E 2 and Stable Diffusion show the strengths of artificial narrow intelligence. That means they perform specialized tasks instead of general, wide-ranging ones. Artificial narrow intelligence is often regarded as safer than a hypothetical artificial general intelligence (AGI), which could challenge or surpass human intelligence.
But even within their narrow domains, DALL-E, Stable Diffusion, and similar models are already raising questions like, “What is real art?” And large language models like GPT-3 and CoPilot dangle the promise of intuitive software development sans the detailed syntax knowledge required for traditional programming. Disruption looms large—and imminent.
One of the challenges of risk management is that technology innovation tends to outpace it. It’s less fun to structure a control framework than it is to walk on fresh snow, so breakthroughs happen and then risk management catches up. But with AI, preventive controls are especially important, because AI is so fast that detective and corrective controls might not have time to take effect. So, making sure controls do keep up with innovation might not be fun or flashy, but it’s vital. Regulation done right could increase the chance that the first (and possibly last) AGI created is not hostile as we would define that term.
In broad strokes, here are some aspects of a control framework for AI…
Eminently worth reading in full: “Possible Paths for AI Regulation.”
See also: “Can regulators keep up with AI in healthcare?” (source of the image above)
And as we ponder constructive constraints, we might keep in mind Gray Scott‘s (seemingly-contradictory) reminder: “The real question is, when will we draft an artificial intelligence bill of rights? What will that consist of? And who will get to decide that?”
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As we practice prudence, we might recall that it was on this date in 1971 that UNIX was released to the world. A multi-tasking, multi-user operating system, it was intitally developed at ATT for use within the Bell System. Unix systems are characterized by a modular design that is sometimes called the “Unix philosophy.” Early Unix developers were important in bringing the concepts of modularity and reusability into software engineering practice, spawning a “software tools” movement. Over time, the leading developers of Unix (and programs that ran on it) established a set of cultural norms for developing software, norms which became as important and influential as the technology of Unix itself– a key part of the Unix philosophy.
Unix’s interactivity made it a perfect medium for TCP/IP networking protocols were quickly implemented on the Unix versions widely used on relatively inexpensive computers, which contributed to the Internet explosion of worldwide real-time connectivity. Indeed, Unix was the medium for Arpanet, the forerunner of the internet-as we-know-it.
Ken Thompson (sitting) and Dennis Ritchie, principal developers of Unix, working together at a PDP-11 (source)
“I get slightly obsessive about working in archives because you don’t know what you’re going to find. In fact, you don’t know what you’re looking for until you find it.”*…
An update on that remarkable treasure, The Internet Archive…
Within the walls of a beautiful former church in San Francisco’s Richmond district [the facade of which is pictured above], racks of computer servers hum and blink with activity. They contain the internet. Well, a very large amount of it.
The Internet Archive, a non-profit, has been collecting web pages since 1996 for its famed and beloved Wayback Machine. In 1997, the collection amounted to 2 terabytes of data. Colossal back then, you could fit it on a $50 thumb drive now.
Today, the archive’s founder Brewster Kahle tells me, the project is on the brink of surpassing 100 petabytes – approximately 50,000 times larger than in 1997. It contains more than 700bn web pages.
The work isn’t getting any easier. Websites today are highly dynamic, changing with every refresh. Walled gardens like Facebook are a source of great frustration to Kahle, who worries that much of the political activity that has taken place on the platform could be lost to history if not properly captured. In the name of privacy and security, Facebook (and others) make scraping difficult. News organisations’ paywalls (such as the FT’s) are also “problematic”, Kahle says. News archiving used to be taken extremely seriously, but changes in ownership or even just a site redesign can mean disappearing content. The technology journalist Kara Swisher recently lamented that some of her early work at The Wall Street Journal has “gone poof”, after the paper declined to sell the material to her several years ago…
A quarter of a century after it began collecting web pages, the Internet Archive is adapting to new challenges: “The ever-expanding job of preserving the internet’s backpages” (gift article) from @DaveLeeFT in the @FinancialTimes.
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As we celebrate collection, we might recall that it was on this date in 2001 that the Polaroid Corporation– best known for its instant film and cameras– filed for bankruptcy. Its employment had peaked in 1978 at 21,000; it revenues, in 1991 at $3 Billion.
“The people are pieces of software called avatars. They are the audiovisual bodies that people use to communicate with each other in the Metaverse.”*…
Tim O’Reilly with a (customarily) wise assessment of an emerging new technology…
The metaphors we use to describe new technology constrain how we think about it, and, like an out-of-date map, often lead us astray. So it is with the metaverse. Some people seem to think of it as a kind of real estate, complete with land grabs and the attempt to bring traffic to whatever bit of virtual property they’ve created.
Seen through the lens of the real estate metaphor, the metaverse becomes a natural successor not just to Second Life but to the World Wide Web and to social media feeds, which can be thought of as a set of places (sites) to visit. Virtual Reality headsets will make these places more immersive, we imagine.
But what if, instead of thinking of the metaverse as a set of interconnected virtual places, we think of it as a communications medium? Using this metaphor, we see the metaverse as a continuation of a line that passes through messaging and email to “rendezvous”-type social apps like Zoom, Google Meet, Microsoft Teams, and, for wide broadcast, Twitch + Discord. This is a progression from text to images to video, and from store-and-forward networks to real time (and, for broadcast, “stored time,” which is a useful way of thinking about recorded video), but in each case, the interactions are not place based but happening in the ether between two or more connected people. The occasion is more the point than the place…
Tim explains what he means– and what that could mean: “The Metaverse is not a place- it’s a communications medium,” @timoreilly in @radar.
* Neal Stephenson, Snow Crash (the origination of the term “metaverse”)
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As we jack in, we might send well-connected birthday greetings to Paul Otlet; he was born on this date in 1868. An author, entrepreneur, lawyer, and peace activist, he is considered the father of information science. He created Universal Decimal Classification (which would later become a faceted classification) and was responsible for the development of an early information retrieval tool, the “Repertoire Bibliographique Universel” (RBU) which utilized 3×5 inch index cards, used commonly in library catalogs around the world (though now largely displaced by the advent of the online public access catalog or OPAC). Indeed, Otlet predicted the advent of the internet (though over-optimisitically imagined that it would appear in the 1930s).
For more of his remarkable story, see “Knowledge, like air, is vital to life. Like air, no one should be denied it.”
“Your memory and your senses will be nourishment for your creativity”*…
On which senses do great creators rely? Randall Collins investigates…
Beethoven started going deaf in his late 20s. Already famous by age 25 for his piano sonatas, at 31 he was traumatized by losing his hearing. But he kept on composing: the Moonlight Sonata during the onset of deafness; the dramatic Waldstein Sonata at 32; piano sonatas kept on coming until he was 50. In his deaf period came the revolutionary sounds of his 3rd through 8th symphonies, piano and violin concertos (age 32-40). After 44 he became less productive, with intermittent flashes (Missa Solemnis, Diabelli variations, 9th symphony) composed at 47-53, dying at 56. His last string quartets were composed entirely in his head, left unperformed in his lifetime.
Handel went blind in one eye at age 66; laboriously finished the oratorio he was working on; went completely blind at 68. He never produced another significant work. But he kept on playing organ concertos, “performing from memory, or extemporizing while the players waited for their cue” almost to the day he died, aged 74.
Johann Sebastian Bach fell ill in his 64th year; next year his vision was nearly gone; he died at 65 “after two unsuccessful operations for a cataract.” At 62 he was still producing great works; at 64 he finished assembling the pieces of his B Minor Mass (recycling his older works being his modus operandi). At death he left unfinished his monument of musical puzzles, The Art of the Fugue, on which he had been working since 55.
Can we conclude, it is more important for a composer to see than hear?…
And given examples like Milton, that it’s more critical to poets and writers to hear than see? More at “Deaf or Blind: Beethoven, Handel,” from @sociologicaleye.
* Arthur Rimbaud
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As we contemplate creativity, we might recall that it was on this date in 2013 that Google– Google Search, YouTube, Google Mail, and Google Drive, et al.– went down for about 5 minutes. During that brief window, internet traffic around the world dropped by 40 percent.
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