Originally published at: https://boingboing.net/2019/08/12/purloined-letters.html
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Wouldn’t just carrying a wiped burner machine be easier than that?
Or just buy a burner machine once over the border and access your data remotely…
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needless components removed
Cool, but this is still a (for something you plan to embed in your body) HUGE circuit board. Fine for a proof of concept, maybe, but I’d rather sew something much more compact and custom-desgined into my skin. What’s the point of walking around with 40 unused GPIO ports in your arm?
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Could be half that size with a custom board.
This would be very helpful for smuggling data in and out of areas where Internet access is tightly controlled or non-existent.
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Or an SD card that’s going to fail sooner or later.
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TSA approved by congress to add the right to cut open your body to inspect for data devices in 3,2…
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Hit me.
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Wheee! Sign me up…
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I want to see what that looks like when viewed on a TSA body-scanner.
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This is a precursor to the memory crypt the data broker had in The Expanse:
https://getyarn.io/yarn-clip/3acbebd6-7b55-40bb-92af-78a6d74c474e
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I am reminded again of that Tim Cannon fellow.
Also I am now wondering if anyone’s done experiments on just how much of an EMP burst you would need to fry a Raspberry Pi 0. (Small enough that no one would notice and start raising concerns about human exposure, perhaps?)
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Sounds pretty dicey to me. Sure you might scramble some bad guy’s piratebox implant, but you might also fry every pacemaker in the building.
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It’s ridiculously huge. I mean, it’s not even a proof of concept.
AFAIK, the “concept” that you can desolder some of the fatter connectors on a raspberry pi and install piratebok on it wasn’t one that was in any need of proof in the first place. Nor is the concept that smearing enough bio-compatible silicone goop onto anything will render it, technically, implantable*.
An ACTUAL proof of concept here would involve proving that you could do it on hardware that might be borderline reasonable to actually implant. Definitely some kind of custom circuit board from the get go - which aren’t particularly hard to do nowadays. Even on flat flex, which might be nice.
The result shouldn’t be “half the size” of the raspberry pi – more like a 50th. A little esp32 chip (not module - just chip) or something, a beefy little BGA flash chip, a ceramic antenna and a few 0201 passives. Modulo the inductive pad, that doesn’t need to be more than a few millimeters square.
You’d need some custom software too, but again, proving that could be done on reasonable hardware is part of the concept, I’d say.
* At least I hope that’s already been proven, because otherwise this would be a pretty unsafe way to try to prove it.
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NOPE.
*looks again
FUCKING NOPE.
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On second thought, get a knife.
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I want room service!
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The reality, oh the reality. Always trying to be like the fiction.
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Hey, Remember that COOL CUTTING EDGE technology from 18 years ago?
Now imagine you implanted that into your body.
Sure, it might have been a good idea at the time, but the embedded CueCat reader in your fingers probably didn’t age well.
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And so it begins …
It’s not real cyberpunk until it needs a steel Mohawk heatsink.
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