The lack of process and QA, which could allow something like this to go out, is surprising. I've agreed with many of the takes that question why this was a global rollout and not a staged rollout where issues could be found and the "blast radius" would be smaller, though still disruptive.  It's easy to conclude that this is also a Microsoft issue.  That may also be true, but take this comment:

Do note that while the focus is on Windows, Linux machines can run CrowdStrike software too, and I’ve heard from Linux kernel engineers who happen to also administer large numbers of Linux servers that they’re seeing a huge spike in Linux kernel panics… Caused by CrowdStrike, which is installed on a lot more Linux servers than you might think. So while Windows is currently the focus of the story, the problems are far more widespread than just Windows.

I don't know many Linux admins that closely at present, but I'd be curious if this were the case.

Hoping for the best with this.  My wife and I are big alamo fans and go there for pretty much all our movie going these days.

Sony Pictures Entertainment has acquired the popular movie theater chain Alamo Drafthouse Cinema, the two companies announced on Wednesday.

Really neat looking.  Some of these raspberry pi based personal projects are super cool!

The volumetric display is built using multiple panels—each sporting an array of LEDs. The panels are spun at high speed while the Pi tells each LED when to illuminate. The end result is a 3D effect that you can see no matter which direction you're looking at it from. The framerate and spin speed has to be just right for the effect to work successfully.

Another project leverating the raspberry pi for some interesting stuff on another Video Game machine.  What's neat about this one is that because of the simple architecture of a lot of these older machines, the raspberry pi can basically take over the CPU's job and still use the rest of the hardware of the machine.  

The Vectrex CPU, a Motorola 68A09 running at 1.5MHz, controls all of the I/O including display, sound, and controls, via a 6522A VIA chip. These are both connected to the cartridge port, and with the CPU disabled using the HALT signal also at the cartridge port, all of the Vectrex's functions can be controled by an external device. In this case we're using a Raspberry Pi Zero with a 1GHz ARM CPU and 512MB of RAM, powerful enough to emulate arcade machines with vector displays, emulate the Vectrex CPU to load ROM images akin to a multicart, and run custom games written to take advantage of the greater processing power.

The Vectrex is pretty rad. I did a video on mine five years ago.  I still have a couple things to fix on it someday - think the video board needs a tune up so it's a little more stable.

This has been out for a while, but now that I have my Amiga 500 mostly working I'm planning on adding one of these to it, at least for the CPU emulation for a speed improvement.  I'll probably also try out the memory expansion and harddrive as well.  This should make a kick ass Amiga 500!

The PiStorm itself is an adapter board intended to be paired with a Raspberry Pi Model 3A+. It goes in the DIP socket on and acts in place of the CPU, but functionality can be extended beyond simple CPU emulation.

I've been jonesing for some Dreamcast playtime recently.

Flycast is a multi-platform Sega Dreamcast, Naomi, Naomi 2, and Atomiswave emulator derived from reicast.

Information about configuration and supported features can be found on TheArcadeStriker's flycast wiki.

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