- ShareFest — peer-to-peer file sharing in the browser. Source on GitHub. (via Andy Baio)
- Media for Thinking the Unthinkable (Bret Victor) — “Right now, today, we can’t see the thing, at all, that’s going to be the most important 100 years from now.” We cannot see the thing. At all. But whatever that thing is — people will have to think it. And we can, right now, today, prepare powerful ways of thinking for these people. We can build the tools that make it possible to think that thing. (via Matt Jones)
- McKinsey Report on Disruptive Technologies (McKinsey) — the list: Mobile Internet; Automation of knowledge work; Internet of Things; Cloud technology; Advanced Robotics; Autonomous and near-autonomous vehicles; Next-generation genomics; Energy storage; 3D Printing; Advanced Materials; Advanced Oil and Gas exploration and recovery; Renewable energy.
- The Only Public Transcript of the Bradley Manning Trial Will be Produced on a Crowd-Funded Typewriter — [t]he fact that a volunteer stenographer is providing the only comprehensive source of information about such a monumental event is pretty absurd.
ENTRIES TAGGED "technology"
In separate interviews, authors Hugh Howey and Ramez Naam discuss science fiction and their views of the future.
Science fiction long has fueled the imaginations of scientists and inspired (or foreshadowed) technological advancement. We have only to look back at the works of Isaac Asimov, or even Kurt Vonnegut, and episodes of “Star Trek” or movies like “Minority Report” for science fiction technologies that are (or nearly are) coming into existence today.
In this podcast episode, author, scientist, and futurist Ramez Naam explains to O’Reilly’s Mac Slocum that science fiction had a direct influence on his current interests in human enhancement and telepathy. Naam grew up reading science fiction (“like a lot of geeks,” he says) and once he started reading scientific journals and papers, he started seeing the connections. Naam says, “I found out that a lot of science fiction ideas were becoming actually possible — that scientists were implanting electrodes in the brains of animals and getting them to move robot arms by thought, to help people who were paralyzed.”
Technology has changed, but humans haven't — what is it about mediating an experience through a frame that makes it seem better?
ImpactLab has posted a nice pair of photos contrasting 2005 and 2013 in St. Peter’s Square. 2005 looks pretty much as you’d expect: lots of people in a crowd. In 2013, though, everyone is holding up a tablet, either photographing or perhaps even watching the event through the tablet.
The ImpactLab post asks about the changes in our technology during these eight years. That’s interesting, but not what grabs me. What gets me is that this isn’t new. In the 18th century, one fad was to view nature through a portable picture frame. I wasn’t able to find this in a quick Google search, but screw the documentation. I’ve seen these things in a museum: they look like a miniature gilded picture frame, roughly the size of an iPad, with a stick coming from the corner so you can hold it before your eyes. So you’d sit in your carriage with the curtains open, look out the window through this frame, and see a moving picture. A slightly higher-tech variant of this is the Claude Glass (see, I can haz links), in which you viewed the natural scene through a slightly tinted mirror, to make it look even more like a painting. (This is arguably the origin of the term “picturesque.”) Read more…
In-Browser p2p, Thinking About The Future, Disruptive Tech, and Crowdsourcing Transcription
Is it in the bits or atoms?
Any sufficiently advanced technology is indistinguishable from magic.
— Arthur C. Clarke
I spent Wednesday at Penn Medicine’s Connected Health event in Philadelphia. We saw an array of technologies that wouldn’t even have been imaginable when I came into this world. Mobile telepresence systems, tele surgery, the ability to remotely detect depression with merely a phone and its analysis, real-time remote glucose monitoring, and on and on.
But nothing in technology surprises me anymore. I have Meh’monia, a condition wherein all of the magic and surprise has been drained out of technology, probably by Apple. Today I expect anything that can be imagined to be possible, available, and to be executed beautifully.
A tiny but powerful computer in my pocket with greater than VGA screen resolution? Meh. Glasses with interactive heads up display? I’ll take the designer version. Hall-roaming robots that bring me my meds and let me make video calls to my family? I saw that on the Jetsons.
On my way home I dropped in at the Penn Museum and spent an hour roaming the collection. Two days later the magic I’m still thinking about is the magic in those galleries. Atoms arranged with human intellect (and vast amounts of human labor) into form with awe-inspiring scale and beauty. Many of the objects on display left me transfixed.
I can believe that almost anything can be designed and manufactured in modern facilities with modern methods, but the idea of a perfect 50-pound crystal sphere emerging from a piece of rock with nothing but years of hand labor seems like magic to modern me. As does a 12-ton sphinx of red granite that was quarried 600 miles from where it was carved.
The technology of our virtual world, which until very recently inspired such a sense of magic in me, has become the every day. And for me at least, those artifacts of a previous physical world now seem like the work of ancient magicians.
The cycle of good, bad, and stable has happened at every layer of the stack. It will happen with big data, too.
First, technology is good. Then it gets bad. Then it gets stable.
This has been going on for a long time, likely since the invention of fire, knives, or the printed word. But I want to focus specifically on computing technology. The human race is busy colonizing a second online world and sticking prosthetic brains — today, we call them smartphones — in front of our eyes and ears. And stacks of technology on which they rely are vulnerable.
When we first created automatic phone switches, hackers quickly learned how to blow a Cap’n Crunch whistle to get free calls from pay phones. When consumers got modems, attackers soon figured out how to rapidly redial to get more than their fair share of time on a BBS, or to program scripts that could brute-force their way into others’ accounts. Eventually, we got better passwords and we fixed the pay phones and switches.
We moved up the networking stack, above the physical and link layers. We tasted TCP/IP, and found it good. Millions of us installed Trumpet Winsock on consumer machines. We were idealists rushing onto the wild open web and proclaiming it a new utopia. Then, because of the way the TCP handshake worked, hackers figured out how to DDOS people with things like SYN attacks. Escalation, and router hardening, ensued.
We built HTTP, and SQL, and more. At first, they were open, innocent, and helped us make huge advances in programming. Then attackers found ways to exploit their weaknesses with cross-site scripting and buffer overruns. They hacked armies of machines to do their bidding, flooding target networks and taking sites offline. Technologies like MP3s gave us an explosion in music, new business models, and abundant crowd-sourced audiobooks — even as they leveled a music industry with fresh forms of piracy for which we hadn’t even invented laws. Read more…
At its best, 3D printing can make us more human by making us whole.
Tim O’Reilly recently asked me and some other colleagues which technology seems most like magic to us. There was a thoughtful pause as we each considered the amazing innovations we read about and interact with every day.
My reasons are different than you might think. Yes, it’s amazing that, with very little skill, we can manufacture complex objects in our homes and workshops that are made from things like plastic or wood or chocolate or even titanium. This seems an amazing act of conjuring that, just a short time ago, would have been difficult to imagine outside of the “Star Trek” set.
But the thing that makes 3D printing really special is the magic it allows us to perform: the technology is capable of making us more human. Read more…
Decoding "Mad Men's" symbol of overwhelming change.
Doug Hill on how we celebrate exponential technological advance while looking for ways to escape it.
Internet in Culture, Flash Security Tool, Haptic E-Books, and Facebook Mining Private Updates
- How The Internet Gets Inside Us (The New Yorker) — at any given moment, our most complicated machine will be taken as a model of human intelligence, and whatever media kids favor will be identified as the cause of our stupidity. When there were automatic looms, the mind was like an automatic loom; and, since young people in the loom period liked novels, it was the cheap novel that was degrading our minds. When there were telephone exchanges, the mind was like a telephone exchange, and, in the same period, since the nickelodeon reigned, moving pictures were making us dumb. When mainframe computers arrived and television was what kids liked, the mind was like a mainframe and television was the engine of our idiocy. Some machine is always showing us Mind; some entertainment derived from the machine is always showing us Non-Mind. (via Tom Armitage)
- SWFScan — Windows-only Flash decompiler to find hardcoded credentials, keys, and URLs. (via Mauricio Freitas)
- Paranga — haptic interface for flipping through an ebook. (via Ben Bashford)
- Facebook Gives Politico Deep Access to Users Political Sentiments (All Things D) — Facebook will analyse all public and private updates that mention candidates and an exclusive partner will “use” the results. Remember, if you’re not paying for it then you’re the product and not the customer.
Information related to the 12/20/11 episode of O'Reilly Radar.
Access the script and associated links from the December 20, 2011 edition of O'Reilly Radar. Featuring: Why Amazon’s Kindle Lending Library is a bad deal for publishers, the arrival of indoor navigation, and Reid Hoffman on how technology can create jobs.