Palmer Luckey says he wants to 'turn warfighters into technomancers' as Anduril takes over production of the US Army's IVAS AR headset from Microsoft
Palmer Luckey says he wants to 'turn warfighters into technomancers' as Anduril takes over production of the US Army's IVAS AR headset from Microsoft
That broken thing nobody remembered, until it was reforged.
I can name a few other such things, but at this point in my existence I’m just afraid to do so. Murphy’s laws and such.
I did a quick search, so I’m basically an expert now. imaginary hair flip
So, some flashlights have multiple brightness modes. I guess that’s controlled via a tiny, low power microprocessor.
And if it’s a computer, it can be hacked!
So the firmware does things, depending on the capabilities of the hardware in the flashlight, but you can set it to override defaults for brightness, change how many levels of brightness you have, add (or remove) a blinky SOS mode, sleep timers in case it’s accidentally left on, and even add a way to check the battery percentage via a button press pattern, that the flashlight responds to with a series of blinks.
No lie, kind of fascinating stuff. I like to hack other stuff, like smart appliances (replacing firmware so it doesn’t share my data, but I still get to use it as a smart device). I don’t think I would be into talking to my flashlight via Morse code, but I can see the appeal as both a hobby, and for folks who need flashlights as safety equipment.
Because you could design all of those feature in analog, and make custom boards for every change or have one board you update every few years based on supply, cost, and maybe power performance, but make and adjust features on a minute by minute basis if want to.
The driver, power source, etc can all be more easily separated from the logic too. It could be tiny, or massive. Same software, same controller.
SLG46826V-DIP SLG47115V-DIP SLG47004V-DIP
These are the breakout boards of their respective chips.
These chips are the 3 “multiple time programmable” chips in their line (if I have the right ones, I put them in my mouser list a while ago). Which means that once you program them, they aren’t burned in with those settings and can be reused.
There is also a “debug mode” where you don’t program them at all but program all the settings after boot so that the settings are cleared again after the chip is repowered. I have never used it, but that is what the renesas rep told us during our technical call at work.
They are super handy at getting rid of all of the logic needed for amplifiers, CC/CV circuits, etc…
Its a flashlight, not exactly a field in raging development.
Honestly I’m thinking it’s because it’s cheaper to have programmers doing simple FW programming for things than it is to have engineers design the required circuits. There are so many things with microprocessors in today that just does not actually need it but it was the lazy option. It opens stupid avoidable avenues of vulnerabilities.
My girlfriend asked why I carry a gun around the house?
I looked her dead in the eye and said, “the motherfucking decepticons”. She laughed, I laughed, the toaster laughed, I shot the toaster, it was a good time.
…. I don’t know. It’s just what came to mind when I thought of household appliances being hijacked.
Cheaper components and manufacture to use a dedicated microcontroller to run PWM to dim the LEDs than something like a 555 and transistors to change its logic/capacitor path to vary brightness.
The fact that people have bothered to modify such basic firmware is pretty funny though.
Well, that would at least somewhat resonate with what a palantir is.
With the wrong part, the kind that Denethor thought he could use and that Sauron and Saruman used, and I really like more the implication of that from Frodo’s dream where he stands at one of the towers in the north looking far away.