That’s correct.
the boot keys are burned into OTP memory so they can’t be erased or changed
Which is good, as otherwise it would defeat the purpose of secure boot.
Just someone running away from Reddit.
That’s correct.
the boot keys are burned into OTP memory so they can’t be erased or changed
Which is good, as otherwise it would defeat the purpose of secure boot.
That’s usually not how secure boot is configured on microcontrollers. They usually come with no code installed and an unsigned bootloader, and therefore no barrier for you to flash what you want on it.
In fact, the STM32 has secure boot, and it’s still one of the most popular microcontrollers for makers and hackers. That’s because the secure boot feature is there for developers, hackers and makers to use if they want to.
RP2350 specs:
- Two 150MHz Arm Cortex-M33 cores, with floating point and DSP support
- 520KB of on-chip SRAM in ten concurrently accessible banks
- A comprehensive security architecture, built around Arm TrustZone for Cortex-M, and including:
- Signed boot support
- 8KB of on-chip antifuse one-time-programmable (OTP) memory
- SHA-256 acceleration
- A hardware true random number generator (TRNG)
- An on-chip switch-mode power supply and low-quiescent-current LDO
- Twelve upgraded PIO state machines
- A new HSTX peripheral for high-speed data transmission
- Support for external QSPI PSRAM
Looking pretty good. I especially like the security features.
Nah, their question is why do so many people use it. And the answer is because it’s pretty good.
It’s pretty good, innit?
Botw runs better on cemu, the wiiu emulator.
The AGPL applies copyleft to web services. If you’re learning about licensing, it might be worth googling copyleft. Fascinating concept, and, in my opinion, something to subscribe to.
AGPL-3.0
Nice
I have a 1tb drive from them, still going strong 6 years in.
It isn’t, it’s just different. I use NixOS because of stupid easy rollbacks, which is great for experimenting in production, and its declarative nature, which is great in a server setting.
It only stores files, so there’s no need for wine support, as far as I understand.
Edit: looks like I was wrong, their client seems somewhat capable.
I’m not sure how it’d work for freebsd, but on Linux, you can get sshd running in your initrd. You can even go as far as getting an onion service running in your initrd, and using that for remote access.
It’s a fork of gittea aiming to accelerate federation support.
I also find it absolutely hilarious that you were considering monetising a product named Crackpipe. Not sure how successful you’d be at that.
Thanks for linking the blog post. I may not agree with the conclusion you’ve come to, but I think you’ve done a good job at laying your arguments.
This is pretty cool, I remember when you guys released it under the name crackpipe. For the record I really liked the name.
What’s the reason you chose to use a CC license? Why not any established open source license? Even Creative Commons themselves recommend using the GPL instead of CC for software.
I know linux isn’t for everyone, but self hosting on windows is self-inflicted punishment. It’s just not the right platform. Sure it’s doable, but it’s death by a thousand papercuts.
I hear decent things about Deezer, never tried it myself though.
Havjng a look at CalyxOS may also be an option. It’s another privacy android ROM, but it runs in more devices than just Pixels.