I’m talking semis with ~1000 watt linears. And analog hardwired cameras. I can watch it happen at work.
I’m talking semis with ~1000 watt linears. And analog hardwired cameras. I can watch it happen at work.
You’d be surprised. A CB radio with a high wattage amplifier is enough to scramble analog hardwired cameras when its keyed up.
Anything that may help develop better adblockers/paywall bypasses or exposes how/what of our personal information is collected is a win in my book. And this may very well be none of those things.
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There’ll always be a way to get hold of the source but I’m not sure I’d trust some rando on some hidden back alley of the internet not to have messed with it somehow
That’s what hashes are for.
Worth a shot. Wouldn’t surprise me if this backwoods town is vulnerable. That being said, I’m open to anyone’s code suggestions and I’ll slap it on there. My coding abilities are limited to BASIC and just enough C to make microcontrollers work.
Is there even a remotely possible chance something like that would work? I have to drive past a ALPR that checks for insurance every day. I wouldn’t mind plastering code across my tailgate in a design that resembles a license plate.
For a smaller EV It would take around 200kWh worth of battery for a 600 mile range. The current Tesla “superchargers” put out 250kWh. So whatever is going to charge this battery will have to output roughly an order of magnitude more power in order to charge the battery in 6 minutes. That’s an impressive and scary amount of energy transfer.
Edit: I don’t know where I got 6 minutes from. So not quite 10X the power for charging, but a LOT more than current chargers.