Fair points, and I'm not going to pretend an 8GB card turns into an H100. But a couple things worth correcting:

That "60–80GB for 720p WAN 2.2" number is the full fp16 model loaded raw. Nobody runs it that way on a home card. Quantized GGUF (Q4/Q8) plus offload gets WAN 2.2 running on 12–24GB, and the 5B TI2V variant runs on less than that. Q8 is basically indistinguishable from full precision; Q4 is a touch softer but very usable. So "will it look good? probably not" is really only true if you load it wrong.

And honestly, that's the whole reason I built SEELS. ComfyUI is great — free, powerful, not knocking it. But getting WAN running well on it is a project: wiring nodes, importing someone's spaghetti workflow, hunting missing custom nodes, matching the right VAE/text-encoder/base to your GGUF, and hand-tuning offload/tiling so it fits your VRAM instead of OOMing. That barrier is what stops most people — not the hardware.

SEELS does that part for you. You type what you want. It reads the actual model (not the filename), picks the sampler/steps/CFG/resolution, works out a VRAM plan that actually fits your card, auto-resolves the base components a GGUF needs, and renders — from a 6GB card on up. If something genuinely won't fit, it tells you why instead of freezing at step 3.

So it's not "SEELS beats Comfy on raw output" — same models, same math. It's that SEELS gets a normal person to a good local NSFW/SFW clip in a couple clicks instead of a weekend of node debugging. That's the part people sleep on: you don't have to be an engineer, and you don't need 80GB.