"""The CIS Benchmarks® are prescriptive configuration recommendations for more than 25+ vendor product families. They represent the consensus-based effort of cybersecurity experts globally to help you protect your systems against threats more confidently."""
https://learn.cisecurity.org/benchmarks - this seems broken at least right now. Are these benchmarks on github so that I can download and run it on a linux box?
Do you still have the details details about fixing Windows 11 boot over iscsi?
I love the idea of injecting drivers into windows and did a lot of experimenting along those lines (using WinPE to install drivers offline and edit the registry).
I upgraded my home network and am booting over iscsi using ipxe. My only two remaining issues are:
- Windows 11 25H2 fails to boot since 26200.7019 (and 24H2 since 26100.7019).
- Windows 10/11 S3 sleep+resume does not work with WinOF-2 (mlx5.sys) driver
Everything works well in linux, though!
I am using NixOS. I had to customize the initrd to use iscsistart to connect to the target. It is also important to run iscsid when the system boots to automatically reconnect (which annoyingly takes 10-15 seconds when I resume from sleep). I am using iSER (iscsi over rdma), but TCP worked fine too. I export ZFS zvols on the server over iscsi using targetcli (which configures the in-kernel iscsi target support, sometimes called LIO).
I thought this was pretty cool but the first video didn't play. All this write up and I really just want to see the damn demo in action first! (Edit: reloaded the page and it worked. I still would like to see it on rela hardware!)
> Analog signal processing is clearly less memory than a register, no?
You are going to have a hard time doing analog signal processing with memoryless elements. In the linear domain all you can do is apply gain and mix signals together. If you work with memoryless nonlinearities you can do waveshaping, which is generally only useful when applied to special signals (e.g. sine waves).
Any time you want to do frequency-dependent behavior (filtering, oscillation) you need energy storing elements, usually capacitors, sometimes inductors. A capacitor is just like a register: it stores charge, similarly, inductors store energy in the magnetic field. Needless to say these devices are not memoryless. In fact, since the quantity that they remember is a continuous variable, they store a lot of information.
I would say that there's a difference between simply a stateful circuit using capacitors etc and a digital register, at least in so far as a "hey look what I made" kind of post.
I have no qualms saying a stateful device can have no memory in the addressable memory sense.
> I have no qualms saying a stateful device can have no memory in the addressable memory sense.
I'm not sure where addressable comes in. A digital register is literally a flip-flop (or a bank of flip-flops). It's wired into a larger circuit the same way that a capacitor is.
They're a kind of analogue dynamic memory. I'd hesitate to call them RAM because the Access is not Random, but they are a kind of shift register and early computers used those for RAM.
Imagine a pair of MOSFETs connected to a pair of capacitors, and a bunch of those joined together in a chain. All the gates of each one of the pair of MOSFETS are connected together, giving you a "left" and "right" clock input.
When you put a signal in if you pulse the "left" and "right" inputs, it'll store the signal voltage in one capacitor, then pass it off to the next capacitor in turn, like old-timey firefighter handing buckets of water down a line of people.
They used to use this for delaying audio signals before digital memory and analogue to digital conversion was cheap enough to use.
bucket brigades were also used to read large scale sensors like a CCD camera. they are more efficient in their use of die space because you need fewer data paths; they don't need to be digital either, each bucket can be analog for "grey" scale
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