I’ve started posting game-like-narrative-thingies to Itch.io (as “SquiDaveo”—which is also my Twitter handle). Check out the first one, and share with pals if you like:
Thx!
This is an Auvi-Q. It’s an epinephrine autoinjector—basically an EpiPen—so that folks with severe allergies to bees or shellfish or whatever don’t have to die suddenly. The neat thing about Auvi-Q: It talks!
(My boy has a pal with a couple severe allergies, and so said pal always comes with an autoinjector; this was what he was using a couple years back, when I made the video.)
Here’s the thing about epinephrine: It saves lives, it’s cheap as hell—the amount needed to save a life hardly costs a buck—and it can’t be patented, because it’s just nature’s way: Giving someone heading into anaphylactic shock an epinephrine shot is basically doing what the body would do on its own if it could, with the very stuff the body would use to do it.
But you can hardly expect a stranger in an emergency to whip out a syringe and a tiny bottle and not fuck things up. So the autoinjector (i.e., “EpiPen”—which you may have heard about for recently for some reason) is a legit and important product improvement. It ain’t a $500 improvement, but there’s definite value to an autoinjector, and the EpiPen is an excellent one.
Auvi-Q took the autoinjector one step further by making the
device talk you through the process. And, when it came out, it was cheaper than the EpiPen (which, at the time, was midway through it’s moon-shot price hike, which drove a meteoric revenue boost for Mylan—the company selling EpiPens; check the graph).
I mostly thought to bring this up because it’s a neat business lesson:
But then the “EpiPencil“—a $30 DIY EpiPen workalike—hit the news feeds, and I thought it was worthwhile to point out one last lesson in the product arc of Auvi-Q:
The point being: A problem can be well defined, its solution known and well understood, and yet implementation on scale can still be an absolute clusterfuck.
Which is why EpiPencil worries the fuck out of me. Does it work for the dude giving the instructions? Maybe; I have no clue. Probably. But will it work for millions upon millions of people with diverse biologies in diverse settings having suffered diverse misshaps? Fantastically unfuckinglikely.
Please don’t leave your kids’ survival up to a self-declared DIY Internet doctor (who is, in fact a PhD mathemetician).
(title comes with apologies to Jonathan mathematician, whose work I love)
I don’t know what to think of this. It starts out feeling pretty cheap and emotionally manipulative, but I think it’s ultimately a sort of spot-on indictment of how we all—as Americans, left, right, and center—deeply buy into the Murder Business.
Continue reading ““That’s Democracy!” (a short film about you and me, America)”
This takes a pretty wonderful turn at 5:30 (which shouldn’t be that surprising, given what we know of artistic formula—and especially my hobbyhorse: three-act with 45/45/10 distribution):
Continue reading ““Smartpipe, Inc., is a registered sex offender””
Stay tuned! Only 127 days left!
Hard to believe it's just 129 days until an impassioned libertarian plea for draconian intellectual property protections is inaugurated.🇺🇸🔥
— David Erik Nelson (@SquiDaveo) September 13, 2016
Spent the holiday weekend chilling with friends, and we built a few Jitterbugs (tiny, super-simple, super-cheap robots that run away from light, cockroach-style). I’d totally forgotten how much fun these are. Here’s a video of my 4-year-old sitting in the closet with flashlights and competing at “reverse sumo” (first person out of the ring wins):
Here’s a set of Jitterbugs built by Stephen Trouvere and his boys, with the addition of LED eyes:
I love how those lil guys turned out! For the curious, all we’ve done is built the standard jitterbug, then taken a pair of regular ol’ red LEDs, wired them in parallel, buffered the positive lead with a 100Ω resistor (brown-black-brown stripes), and soldered the free resistor lead to the positive battery terminal, and the negative LED legs to the negative terminal (it’s the same way we wire up the LEDs in the “Switchbox” project in that same book).
Full build instructions are in my first book (which also includes cardboard boomerangs, sock squids that can become Sock Cthulhu, musical instruments, and more).
If you’re at all mechanically minded, you’re going to start our sort of underwhelmed, since the solution seems pretty transparent: Any determined craftsman could get similar results with a homebrew pantograph and template (hell, you could do it in LEGO).
But keep watching. You’ll get more impressed around the 2-minute mark when you see the mechanism, and more so around 2:40 when you see the cams and realize that the device isn’t tracing letterforms, but rather, in a mechanical sense, understands a series of modular strokes than can be built up in different arrangements to form different letters. Finally, you’ll totally shit yourself at 3:55 because this damned thing—built in the late 1700s—was programmable.
0.o
Absolutely stunning.
…I feel for you, lil buddy. Stay strong.
Wherever you go, there you are.
Not much of a refrigerator, practically speaking, but the end of the video has a really nice, concise discussion of how the tendency towards chaos drives all work in our universe.