I see, I don't use email for anything private because even if my mail server stores it encrypted, it passes through potentially multiple other servers on the way which have unknown privacy.
It's just for notifications and newsletters mostly.
What made you pick proton over something like mailbox.org? You'd get calendar and contacts sync, IMAP and POP access, custom domains, really nice webmail, and so on..
Proton seems really limited for what you get, and the webmail is absolutely abysmal in performance and design.
I don't know about hCaptcha, I tried it out when testing stuff for a websites checkout flow (had card testing spam issues), and they are about the most difficult to solve captchas I've ever done.
I guess there's a low friction mode only available on the $139/mo plan.
3D printing isn't stiff enough for a larger drone like this, you'll get flex which will upset the PID loop and cause it to be very unstable if it even flies at all.
You'll notice on your 3D printed drone link that the actual multirotor part is carbon fiber tubes. The motor mounts and other brackets can be 3D printed without issues.
You can try tweaking MoE offload, I found the sweet spot after a few tries and even changing it by 1 can reduce speed by a few tok/s. I think around 45 is the average I get but sometimes it'll hit 50.
I run it on a 12GB 4070 with 32GB system RAM. 35B A4B means only part of the model is active at a time so it takes a lot less VRAM than a dense 35B model would.
The main thing in LM studio (or whatever software you use, assuming it has fairly up to date stuff and exposes the toggles) is to offload MoE layers to the CPU, and use K/V cache quantization at Q8_0 or Q4_0.
Since you have more VRAM than I do, you could probably get away with MoE offload of like 15-20 so some remains on the GPU.
Just make sure GPU offload is turned all the way up. And I use 64k context size, although with 16GB VRAM you can probably do more.
You can find the best performance spot by playing with MoE offload until you find the number that gives the highest tok/s on your hardware.
Even with deepseek v4 flash I burned though $5 in credits in a day just playing around with Hermes, and qwen 3.6 35B is significantly more expensive.
I can run qwen 3.6 35B on my gaming PC at around 50 tok/s and other than power cost of a tiny bit extra per month, it's hardware I already owned from years ago.
I'm not really sure why qwen 3.6 35B is so expensive on openrouter, it seems abnormally high for what hardware it takes to run it.
Plus I feel like it has completely ruined typical login flows, normally a PW manager would auto fill the username + password fields, but thanks to oauth we often get only a username field, or have to click 'login with password' or some other silly step first.
Qwen3.6-35b-a3b at 64k context runs quite well on my 12GB VRAM GPU with MoE partially offloaded to CPU. It does use a good chunk of system RAM too, but I get about 40-50 tok/s.
Yeah that's why I have so many ESP32-S3's around, no project I've done actually needs Linux and the boot times and SD card problems that come with using a Pi.
I really struggle to see where this fits in to most use cases. The appeal of the Pi back in the first iterations was being a relatively cheap linux computer with GPIO.
It's just for notifications and newsletters mostly.