I see impending problems here...for one thing, this build is way too small to support having something huge like the Verbos Complex Oscillator in it. You're occupying far too much space for a relatively simple function with that module and even though you already have it, you might consider other complex VCO options that make more sense, space-wise. I could probably say the same thing about the Toolbox, too; you'd probably be better off with an outboard sequencer for something this small, or with some Expert Sleepers hardware that can be addressed by a computer. Next...and I sound like a frickin' parrot about this, but hey...VCAs. You have some VCA control via the X-Pan, but this is primarily an audio device. As for VCAs for modulation and CVs, there's zero available. This is also probably why you're not seeing the point of having attenuverters in the system...aside of also not having much in the way of conventional envelopes, which are something that often gets fed thru attenuverters for manual level control and inversion (very important thing to have for interesting envelope tricks).
Then there's the Mobenthy module...basically, if you don't know what something does, you should find out before letting it eat up 8 hp. Seriously...this is a VERY SMALL cab, and wasting space on a whim is extremely ill-advised.
Ultimately, you've tasked a very small rig with doing some rather complex functions, but then loaded it with several modules that eat up so much space that the "boring" modules you need are being squeezed out. My advice would be to chuck this 3 x 56 cab, for starters...for one thing, you have the same panel space as a more typical 2 x 84 here, but because it's broken up so strangely, you have none of the advantages of the 84 hp rows and dropping just ONE large module in is enough to wreck the architecture of the synth in general. Go with something more conventional and larger if you're trying to get this to sequence, and do bass lines, and do percussion, and and and...otherwise, you're building a money pit here.
Then, having done this, look at the functions here and figure out how to make the modules that do them smaller. As you shrink those, space then opens for the other, necessary modules that make these snazzy ones capable of doing all the amazing things they can. Otherwise, the other gameplan here would be to stay in this case and replicate all of the functions with 4 hp and smaller modules in order to get the operational profile you want to happen...but then that leads to an unwieldy control surface that's a tangle of patchcables and thickets of knobs.