I've seen this argument, but I strongly suspect that it's a cope argument. "We couldn't get in... because... we didn't care to! Even though we've hacked literally every other object on the planet just because."
The proof in the pudding of this will be when the Nintendo Switch 2 reaches 2035 with no cracks. That's my prophecy; that this time around the cat actually will catch the mouse. Between NVIDIA's heavily revised glitch-resistant RISC-V security architecture and Nintendo's impeccable microkernel, there's nowhere left to hide. DRM may turn out to have been a very slow long battle to "victory," not a "this will always be defeated."
I have my doubts. I suspect that Nvidia have made mistakes.
Anyway, situations like the one you describe are one to be solved by legislation requiring certain devices be sold as open devices that put power in the hands of the owner.
my nintendo switch is "rootable" by shorting two pins in the controller interface, with a previously set up SD card inserted with the homebrew bootloader.
My PS3 and PS4 were both jailbroken/rooted. I don't remember the ps3 routine, but the PS4 was loading the "system -> help" page while connected to a ESP32 wifi AP running a simple web server that replied to requests with the jailbreak for PS4.
I give it about a year, especially if nintendo has to change the specs or otherwise tampers with customer expectations. there's bound to be some way to reload firmware on a "dead" device without pulling chips, and that's all it takes.
The shorting two pins is a heavy oversimplification of what happened.
The two pins were installed by design from Nintendo to activate the Tegra RCM mode. RCM mode meanwhile has a USB buffer overflow which is the real bug.
In modern NVIDIA chips, this RCM mode no longer exists. The new recovery modes meanwhile are running across multiple physically separate CPUs verifying each other (glitch one, the other notices), all running formally verified firmware written in SPARK (the thing you use for nuclear reactors and avionics).
As for the OS itself, according to a maintainer who rewrote the kernel twice for open source, it has zero bugs. None. The microkernel is tiny, has no drivers, and almost no attack surface. This is born out by WebKit exploits being a dime a dozen on Switch, but all of them are useless.
> In modern NVIDIA chips, this RCM mode no longer exists. The new recovery modes meanwhile are running across multiple physically separate CPUs verifying each other (glitch one, the other notices), all running formally verified firmware written in SPARK (the thing you use for nuclear reactors and avionics).
I guess that, when you absolutely want zero surprises, Ada is the language of choice.
This is hyperbole. We have 1 switch that routinely "won't power on" without a ritual of button holding & timing. My original switch used to hard lock, but i stopped trying to play the sorts of games that were causing the OS to crash.
Both of these disprove the zero bugs claim, unless we move the goalposts.
That's obviously hardware failure, loose solder connections, or RAM failure, not bugs. For that matter, I was talking very specifically about kernel security bugs in context, not any bugs someone could experience.
That's like saying "I plugged in my phone's charging cable, and unplugged it, 20,000 times, and now it's sometimes showing the charging symbol inconsistently, obviously a software bug proving the charging circuit driver has a security flaw."
When you extrapolate out the political economy consequences of your hypothesis being correct the future looks very dark indeed. If you can make an unhackable game console it should be obvious to people on this site what sorts of dystopias you could also create.
unhackable brain-computer interface required for most daily activities (like phones are today) and with a killswitch "for the public safety" and 24/7 cloud monitoring. Obviously this is pretty out there science fiction today but will it remain so in a century? And if it doesn't, what kinds of political systems are likely to dominate? What will happen to those political systems that for one reason or another decline this capability? I leave these questions as an exercise for the reader.
Before we even get there, within 5-7 years new PCs will be Xbox-like, locked down devices. Only approved OS and apps may be installed, as it is a felony to run an OS that doesn't meet federal and state KYC ID requirements or even own a copy of one without a license, and no PC manufacturer wants the liability risk of being found complicit in the commission of such crimes. General purpose computing will be a thing of the past for the masses (who didn't really want it anyway). Server hardware will be exempt from these requirements, but to purchase it you need a D-U-N-S number and a statement of intended use in the purchase agreement.
Even if it were possible to find a vulnerability in the hardware, doing so without attracting the attention of law enforcement will be profoundly difficult, as Windows sends telemetry back to Microsoft about every instruction that runs on your hardware. Apple will claim to be more privacy-focused, at least for a year or two, but the M9 chip's NPU will just perform local inference on your activity and report you to Apple and the FBI if it detects attempts to break security.
Well, and these systems are also designed with ratchet-type measures in place from the get-go, where holes are plugged, fuses are burned, and newly released titles will only decrypt/run on the latest OS.
So even if Switch 2 doesn't make it all the way to 2035 with zero cracks, there's a strong likelihood that any exploits found will be short-lived.
Which incentivizes people to hold on to exploits for as long as possible, ideally past the console life cycle, just to make sure it can be used, which already is a thing
2035 for Switch 2 piracy to get started sounds nice, as someone invested in the platform.
Maybe we should think about this like the concept of public domain. Locked down for X years in order to protect the artist, then opened up for everyone to benefit society.
The proof in the pudding of this will be when the Nintendo Switch 2 reaches 2035 with no cracks. That's my prophecy; that this time around the cat actually will catch the mouse. Between NVIDIA's heavily revised glitch-resistant RISC-V security architecture and Nintendo's impeccable microkernel, there's nowhere left to hide. DRM may turn out to have been a very slow long battle to "victory," not a "this will always be defeated."