Using Linux with obscure hardware (CNC mills, chromatographs, etc) is a bit like punching yourself in the nuts, but still free.

Computers can really just do two things: copy data and do math. Anytime your your doing anything but copying data verbatim, there is math involved. Anytime your reformating, filtering or acting on data their will be some math involved.

Take displaying an image: you can’t just copy image data to the screen, because it could have a different resolution, or color space, or be compressed. In all of those cases, you will need to do a lot of math to get things to work right.

The exact math varies, in graphics, CAD or geospatial stuff, expect a lot of geometry. Any sort of statistics or classifier is going to involve a lot of linear algebra. Even simply storing data in s quickly accessable manner involves quite a bit of math.

Does your car lock up outside of cell coverage? I’m not suggesting removing the radios themselves, just the antennas. To the car, it will just always be out of range.

The antenna used for talking to the keys might cause trouble, but those are either inherently short range inductive systems or are receivable using a 20$ RTL SDR to verify it’s not sending anything else.

Should be quite easy to remove any WiFi/cellular/satellite antennas from the car’s computer. (Might be trace/chip antennas, so make sure to get those). If you’re extra paranoid, get the GPS antenna too, so it can’t simply record data indefinitely.

Might take a few hours to go through the car to make sure you get everything, but you won’t be limited to super old cars.

You people realize that most crypto is even less private? Every transaction ever can be viewed by everyone, forever, by design.

Sure, a crypto wallet might not have your name on it when created, but good luck buying or selling any without giving away your identity.

Randall did the math on this one: https://what-if.xkcd.com/31/

He assumes 64 GB microsd cards, if you use 1 TB ones, you could send 16 times more.

Easiest and most secure way? Mail (or hand deliver) a flash drive. That’s how they transfer data between super computers and data centers. (AWS even has dedicated trucks to do it)

pass otp. Works, more secure then SMS, open source.

And more importantly, take investor’s money. Most tech company are constantly losing money and depend a continuous flow of investor money.

Reddit lost 90 million dollars last year, that’s why they did the IPO, so they could sell the problem to some sucker. Snapchat lost 1.3 billion last year, and would run quickly go bankrupt if people stopped investing.

As usual, the best way to get rich quick is by selling a get-rich-quick scheme.

Next DEFCON is in two months, can’t wait to see them get absolutely pwned.

Oh no, public is public. Don’t post stuff on the internet you don’t want to be saved and possibly indexed forever.

Well first off, how nice/tolerant is your management? Do you have savings? Some companies can fire people over this stuff, other will just ignore it.

The easiest (and least likely to make anyone mad) solution would just be to bring in your own machine and use celular internet. This way your setup will be completly seperate from the company network, and they can hardly claim you were exposing them to malware or anything. On the other hand you might have problems accessing devices like printers without copying files back and forth (are USB drives allowed?).

These services, like most companies will store your data indefinitly, and can be hacked. You cound end up with your name, what ever infromation the service gave you, and contact info on the internet. This is not the end of the world, but something to be aware of.

If it’s local, try using over-the-air TV, if your close to a transmitter, you can get away with a fairly cheap antenna. (Or even just a paperclip.)

Make another account to see if a different user/email address gets a different URL, which would indicate that it is used to track users.

It pings out to google constantly regardless of where you are. You should be able remove it with adb, or use an app like NetGuard to block it from acessing the internet.

I don’t think you could fit video on that microcontroller, even with the best compression. But some low memory and compute video compression for embedded devices would be nice.

I don’t know if writing a custom image compresson program and streaming graphics rendering code with worth saving a few bucks on parts.

I used it in a few microcontroller projects, let me get away with the cheaper 8 bit microcontroller with 64K of flash. The streaming decoding is real nice, because it can be read from flash and sent of to a display, without ever keeping it in ram. (4K!)

Isn’t flying the whole point though?