So essentially people probably shouldn't be comparing it to a traditional CNC in the same way you wouldn't compare a pillar drill with an 18v hand drill, even though they both drill holes. Separate use cases and the decision should be driven by your workflow rather the the specific ability of the tool.
@TwelvebyTwenty you are spot on.
I own both, the Origin & a small Shapeoko3. Nearly everything I've done so far is small enough to fit on the SO3 but I have been deferring to the Origin.
It's utility just increased immensely with the release of the WorkStation. If anyone is considering the Origin & haven't seen this take a close look. 2 quite different examples:

This is a shop fixture, downloaded the design from their file sharing hub and cut on WorkStation. It's an example of a somewhat complex design created in CAD or vector software. I made the add-on MDF table for the WS, it's 420MM by 300MM. Haven't tested the overall capacity but I'm guessing I could use double-sided tape to attach material around 24" by 12" to the table. This is actually larger than the SO3's capacity.

This was (poorly) done using on-tool design and grid to create a 1.55" diameter hole placed in the dead center of a 3.5" blank, then using a 1.55" square to further modify one blank.
All without leaving the shop or using a computer. I should have used a rectangle larger than 1.55" in Y to eliminate the clipped ends, instead I had to resort to a rasp).
For simple stuff, the on-tool design is huge for me. Even when designing more complex stuff on a computer there is no need to learn CAM, which is a huge time saver over a traditional CNC router.
As already noted, the downside is you must manually control the tool. For most of what I do, this is fine. YMMV
Also, research the gridding functionality. In short, you can scan your material, probe the edges to establish precise X/Y & zero, then "place" a grid on it that your designs will snap to. This enables things like adding mortises or tenons to already sized material, pockets for hardware, and so much more. You can make similar cuts with a lot of cartesian CNC routers, but it'll take you a lot more time.
Just my
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RMW