The wikileaks label ticks off Wikipedia cofounder

Note from Lewis: I have commented on the latest Wikileaks outrage elsewhere (Facebook, Twitter), making clear my thoughts for what they’re worth.  Briefly, they summarize in pointing out that the U.S. Government has now allowed a dynamic to emerge without challenge: an “acceptable” intermediary between Traitor and Public. The original insider-threat individual who ripped the 251,000 cables and all the other previously leaked Iraq war data would likely not have been able to simply provide that to the New York Times personally and have it immediately published; they might have turned him in themselves. But the miraculous creation of a self-appointed, self-sanctified group like Wikileaks has allowed motivated groups like the Times & the UK’s Guardian to proclaim that their hands are clean. I find it outrageous. But the government did not press the point after the first major release (Iraq war data) with any forceful intent, so now we’re simply going to see this continue – until an Administration gets serious with criminal charges including treason for anyone involved, right up the chain of those stealing/mediating/publishing classified information.

 An online friend, Larry Sanger, today posted some very thoughtful remarks from a unique perspective – as a cofounder of Wikipedia who obviously is offended among other things by the misleading use of “Wiki-” in the Wikileaks name.  But he makes some other profound points as well. He offered to have them reposted, which I have done below. Reader comments are welcome, either below or as always by email.

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Tearing the Roof off a 2-Terabyte House

I was home last night playing with the new Kinect, integrating it with Twitter, Facebook, and Zune. Particularly because of the last service, I was glad that I got the Xbox 360 model with the 250-gigabyte (gb) hard disk drive. It holds a lot more music, or photos, and of course primarily games and game data.

So we wind up with goofy scenes like my wife zooming along yesterday in Kinect Adventures’ River Rush – not only my photo (right) but in-game photos taken by the Kinect Sensor, sitting there below the TV monitor.

Later as I was waving my hands at the TV screen, swiping magically through the air to sweep through Zune’s albums and songs as if pawing through a shelf of actual LP’s, I absent-mindedly started totting up the data-storage capacity of devices and drives in my household.  Here’s a rough accounting:

  • One Zune music-player, 120gb;
  • 2 old iPods 30gb + 80gb;
  • an iPad 3G at 16gb;
  • one HP netbook 160gb;
  • an aging iMac G5 with 160gb;
  • three Windows laptops of 60gb, 150gb, and 250gb;
  • a DirecTV DVR with a 360gb disk;
  • a single Seagate 750gb external HDD;
  • a few 1gb, 2gb, and a single 32gb SD cards for cameras;
  • a handful of 2gb, 4gb, and one 16gb USB flash drives;
  • and most recently a 250gb Xbox 360, for Kinect. 

All told, I’d estimate that my household data storage capacity totals 2.5 terabytes. A terabyte, you’ll recall, is 1012 bytes, or 1,000,000,000,000 (1 trillion) bytes, or alternately a thousand gigabytes.

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Playing with virtual data in spatial reality

For the past few months, when I’ve had visitors to Microsoft Research on the Redmond campus one of the things I’ve enjoyed demonstrating is the technology behind the new system for Xbox 360 – the controller-free gaming and immersive entertainment system that Microsoft is releasing for the holiday market in a month or so. In particular, I’ve enjoyed having Andy Wilson of MSR talk with visitors about some of the future implications in non-gaming scenarios, including general information work, and how immersive augmented-reality (AR) could transform our capabilities for working with information, virtual objects, and how we all share and use knowledge among ourselves.

We’re further along in this area than I thought we’d be five years ago, and I suspect we’ll be similarly surprised by 2015.

In particular, there is great interest (both in and out of the government circles I travel in) in the “device-less” or environmental potential of new AR technologies. Not everyone will have a fancy smartphone on them at all times, or want to stare at a wall-monitor while also wearing glasses or holding a cellphone in front of them in order to access other planes of information. The really exciting premise of these new approaches is the fully immersive aspect of  “spatial AR,” and the promise of controlling a live 3D environment of realtime data. Continue reading

Contributing to Intelligence Innovation

Below are two ways to contribute to innovation in government, and specifically in intelligence matters. One is for you to consider, the other is a fun new path for me.

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Mix, Rip, Burn Your Research

You’ve done research; you’ve collected and sifted through mounds of links, papers, articles, notes and raw data. Shouldn’t there be a way to manage all that material that’s as easy and intuitive as, say, iTunes or Zune – helping you manage and share your snippets and research the way you share and enjoy your music?

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Your choice, Dataviz as event or book

A friend wrote asking if I could make it to an event happening this week near DC. I can’t make it, but fortunately he also mentioned as consolation that he has a cool new book on the cusp of release – and I’ve now ordered my copy.

The Friend: legendary visualization and HCI guru Ben Shneiderman (Wikipedia entry). Ben is a computer-science professor at the University of Maryland and the founder of its well-known Human-Computer Interaction Laboratory (HCIL), as well as an ACM Fellow and AAAS Fellow.  He has done government a million favors over the years, consulting for agencies, including his recent work on the Recovery.gov site to help that platform of data – from hundreds of thousands of sources – organize, host, and visualize the data for millions of visitors.  I first got to know Ben through his support for better intelligence analysis – he helped invent a longtime intelligence analytics tool, Spotfire (see his article “Dynamic queries, starfield displays, and the path to Spotfire“).  Ben’s also well-known for his award-winning 2002 book Leonardo’s Laptop: Human Needs and the New Computing Technologies, which I enjoyed and still think about when brainstorming new techie toys.

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Free Tools for the New Scientific Revolution

Blogs are great for supplementing real-life events, by giving space and time for specific examples and links which can’t be referenced at the time. I was invited to give a talk last week at the first-ever NASA Information Technology Summit in Washington DC, and the topic I chose was “Government and the Revolution in Scientific Computing.” That’s an area that Microsoft Research has been focusing on quite a bit lately, so below I’ll give some examples I didn’t use at my talk.

One groundrule was that invited private-sector speakers were not allowed to give anything resembling a “sales pitch” of their company’s wares. Fair enough – I’m no salesman.  The person who immediately preceded me, keynoter Vint Cerf, slightly bent the rules and talked a bit about his employer Google’s products, but gee whiz, that’s the prerogative of someone who is in large part responsible for the Internet we all use and love today.

I described in my talk the radical new class of super-powerful technologies enabling large-data research and computing on platforms of real-time and archival government data. That revolution is happening now, and I believe government could and should be playing a different and less passive role. I advocated for increased attention to the ongoing predicament of U.S. research and development funding.

Alex Howard at O’Reilly Radar covered the NASA Summit and today published a nice review of both Vint’s talk and mine.  Some excerpts: Continue reading

Four Score and Seven Years Ago

Today, August 5, has a number of interesting anniversaries in the world of technology and government. In 1858 the first transatlantic telegraph cable was completed, allowing President James Buchanan and Queen Victoria to share congratulatory messages the following week. (Unfortunately within a month the cable had broken down for good.)  The first quasar (“quasi-stellar astronomical radio object”) was discovered on Aug. 5, 1962. And exactly one year later the Nuclear Test Ban Treaty was signed on August 5, 1963, between the U.S., U.S.S.R., and Great Britain.

But one important date I’d like to commemorate was a bit different: eighty-seven years ago today, on August 5, 1923, my father was born, in Greensboro, North Carolina. Happy Birthday, Dad!

There’s a shorthand way of telling my father’s life-history which fits with the theme of technological advance: he graduated from college (his beloved N.C. State) as an early recipient of a B.S. degree in Mechanical Engineering; he worked for decades for a growing company interested in adopting new technologies to drive its business; and he capped his career as Corporate Vice President for Research and Development at a Fortune 300 company.

But that misses the fun he had along the way, and the close-up view he had of innovation. He was an early adopter, even before college. (I like to think I get that from him.)  So I thought I’d illustrate a couple of vignettes I’ve heard over the years of his interaction with computers along the way, simply to portray the thrust of radical change that has paced along during the course of one man’s life.

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DARPA crowd guru gets a new lab

It’s been a little over two years since I came back to the tech private sector from my government service, and it’s great when we have other folks take the same path, for it improves the knowledge of each side about the other. Today we’re announcing that Peter Lee, currently the leader of the Defense Advanced Research Projects Activity’s innovative Transformational Convergence Technology Office (TCTO), is joining Microsoft to run the mighty flagship Redmond labs of Microsoft Research.

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Using the body in new virtual ways

This is CHI 2010 week, the Association for Computing Machinery’s Conference on Human Factors in Computing Systems in Atlanta. Top researchers in human-computer-interaction (HCI) are together April 10-15 for presentations, panels, exhibits, and discussions. Partly because of our intense interest in using new levels of computational power to develop great new Natural User Interfaces (NUI), Microsoft Research is well represented at CHI 2010 as pointed out in an MSR note on the conference:

This year, 38 technical papers submitted by Microsoft Research were accepted by the conference, representing 10 percent of the papers accepted. Three of the Microsoft Research papers, covering vastly different topics, won Best Paper awards, and seven others received Best Paper nominations.

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