It’s a meme come true: DEF CON is canceled. Or at least canceled as the large, IRL conference that the hacker gathering has grown into. Rather than risk drawing people from all over the world and stuffing them into a Las Vegas convention hall in August, Dark Tangent has taken the prudent step of switching DEF CON 28 to a virtual meeting. If you’re interested in his reasoning behind the switch, check out his blog post on the decision. For more details on participating in DEF CON 28 in “Safe Mode”, see the FAQ.
Think that wearing a mask in public protects you from the surveillance state? Think again. Facial recognition software concern Rank One has announced new algorithms that only need to see your face from the mask up to make a match. It would seem to us that the limited number of mappable features in the periocular space would increase the error rate, and according to Rank One’s published data, that seems to be the case. But the relative error rate is still low, so expect to see this and similar periocular algorithms deployed widely. Your only defense may be to adopt the tactical shemagh as everyday wear. If only they made an N95 version.
The tech news this week was abuzz with descriptions of a new “non-fossil fuel jet engine” that could soon be powering aircraft devoid of paying passengers across our skies and perhaps directly into space using only battery power. Those reports were a bit overwrought since the experiment in question was a laboratory-scale setup using a magnetron that could have come from a smallish microwave to generate a plasma-air stream with 11 Newtons of thrust. That corresponds to an efficiency that beats that of current electric airplane engines, like those used on the Airbus E-Fan, if the extrapolation holds. So the technology is promising, but it still has a long way to go.
In what’s perhaps the longest beta in history, Inkscape 1.0 was officially released this week.
Something big — literally — is going on at Dalibor FarnĂ˝’s Nixie tube factory. He dropped a video this week teasing the production of enormous Nixies for a large display installation. Each tube in the 11 by 11 tube display will be 150 mm in diameter, making them the largest Nixies ever made. Dalibor has already done much of the design work and has even started on the glasswork; the resulting tube looks a bit like the old iconoscope tubes from early TV cameras. We expect that scaling up a Nixie and producing 121 of them will present some interesting challenges, and we look forward to watching his progress.
If you’re part of a hackerspace, you should probably look at Vancouver Hackspace’s virtual tour. Not only does it show off what appears to be a great hackerspace, the video style is a great lesson in building up the excitement needed to recruit new members. There are also some great ideas in there about space layout and organization that you can leverage for your own hackerspace or even your home shop.
And finally, it’s Mother’s Day here in the US and almost 100 other countries, and circumstances may sadly keep many of us from being with Mom today. So here’s to the women who tolerated the often messy hobbies many of us pursued in our youths, who were always attentive audiences as we showed off our latest blinkenlights, and perhaps even inspired us to follow in their footsteps. Thanks, Mom!
Um, Dan how did you find out about the DefCon decision? I sent in a tip about that yesterday in fact.
He could have found out it from this story, this story, this story, the DC twitter post, or a number of other news sources, but I hope for the sake of the Hackaday community he runs everything past you in the future.
Well I did tip the community off via the Wired one.
Thanks for the tip!
And thank you for accepting it.
Holy crap, you could beat someone to death with that nixie tube! AWESOME!
A possible use case for that microwave plasma thruster would be for an extremely long duration high altitude aircraft, that takes off via turboprop, and once it gets to FL650 or so, it switches over to using these as required to maintain altitude. The US military has expressed interest in stuff that can loiter for weeks at altitudes beyond the range of current SAM range.
Howabout retrofitting a jumbo with a greenhouse aft, solar on the wings, 4 of those puppies, and being the first international aerospace homesteader, self sufficient flying in circles over the mid Atlantic….
AKA an aerial WiFi blocker, with its “1-kW, 2.45-Gh magnetron” per thruster.
It just occurred to me that they’re prototyping this with the microwave oven they “borrowed” from the staff lunchroom.
The current long range SAMs can in theory hit satellites in low orbit, why would a slower and bigger target be out of their range?
Can’t wait to see what shenanigans happen with the Virtual Defcon. This will be entertaining.
A mass attack on an open server they found at 127.0.0.1?
Regarding the nixie tubes being the largest ever made: the IGG1-64×64 tube would like a word as they are 192×192 mm (7.6×7.6 in). A link for the curious: https://hackaday.io/page/3002-giant-nixie-panel-from-ussr
That’s a plasma display panel, not a Nixie tube.
The tactical shemagh with N95= the traditional garb of the Tusken People..