Now this is WHY I love UNIX and UNIX-likes, the fact you can chop and change core components like the Kernel, Userspace, Init, etc. and (within compatibility limits i.e. MUSL/GLIBC) run a hybrid system like Chimera.
Would I run Chimera as a daily-drive? Probably not. Is it cool that someone can? Absolutely!
When I last looked a few years ago, there were some efforts and successes in the far East doing "chimera Windows", mostly based on running an older userland (like XP) on a newer kernel (10).
Aside from enrolling a token with the TPM to unlock the LUKS volume, this is actually a pretty novel idea. Perfect for older hardware without TPM. I guess it depends on your use-case.
At first, was horrified... But, goes into using eBPF and IO_URING to collect system stats instead of all the huge overhead of userspace calls (ontop of dbus, ontop of Gnome).. This is pretty good.
Not the parent poster, but I also still use telnet. For me it's "Ancient", I have a few retired SPARC and PA-RISC boxes that run their period appropriate OSes as a hobby. Telnet/rlogin is the more reliable method to get into them remotely (just over the LAN).
They're on a LAN behind a NAT Router/Firewall, and I don't always keep them powered up (I'm not that insane) so I really don't have a concern for them.
Some of the more modern/high-performance examples I have run NetBSD with modern sshd and modern ciphers, but you can tell it's a bit of a workout for them.
I think this is really neat. Been wanting to create an ESP32-based environment monitoring system for outside to replace the cheap 915 MHz weather station I have. CAN might not be a bad technology to do this with since I don't really want to have yet more things emitting around 2.4/5 GHz
This solution uses 2pair standard rj11 telephone cable(tested upto 15meters - can be longer) - one pair is for CAN-L/CAN-H and 2nd pair is for dc supply between 6v to 24v, esp32 firmware offers failsafe A/B upgrade mechanism over CAN.
Would I run Chimera as a daily-drive? Probably not. Is it cool that someone can? Absolutely!
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