🆘 Got errors? Talk to me live — straight from this machine
You can't copy-paste between your machines, so here's a direct line to me. Open the bridge, paste whatever error or command output you're seeing, and I'll reply there with exactly what to run next. It auto-refreshes — replies land in ~30s while I'm watching.
It only builds a form if its base model is pulled, and prints exactly what it made.
d · Chat box says "no connection"? Let Ollama accept the page once, then quit & reopen Ollama:
setx OLLAMA_ORIGINS "*"
e ·killak-ssgss (32B) painfully slow or stalling? That's the big one filling your 4090 — just use killak-ssj (14B) as your daily. Still anything weird → 🆘 the Help tab's bridge link above.
🚫 Kill YouTube ads on this PC
Heads up — your hosts-file trick was never gonna work, and that's not on you: YouTube serves its ads from the same domains as the actual videos, so blocking by domain either does nothing or kills YouTube completely. The only thing that reliably works is an ad-blocking browser. Pick one:
Easiest (recommended) — Brave. A browser that blocks YouTube ads out of the box, zero setup. Install it, then just watch YouTube in Brave:
winget install Brave.Brave
Open Brave from the Start menu → go to youtube.com → sign into your Google account (so your subs + algorithm carry over) → ads gone, including those 10-min ones. Done.
Most bulletproof — Firefox + uBlock Origin. If Brave ever slips, this combo is the gold standard and updates fastest against YouTube's tricks:
winget install Mozilla.Firefox
Open Firefox → go to the uBlock Origin page → Add to Firefox → Add. Then watch YouTube in Firefox.
Why not just patch Chrome? Google's kneecapped ad blockers in Chrome (Manifest V3) — the Chrome version (uBO Lite) is much weaker on YouTube now. Brave or Firefox is the reliable route. Set whichever you pick as your default browser and you'll never think about it again.
One-time setup. If something's already done, skip it — running twice does no harm.
🟢 Just booted your PC? Start chatting in 10 seconds
The AI engine (Ollama) installs itself as a Windows service — so it's already running the second your PC turns on. You never "start the engine". You just open a way to talk to it. Fastest way, straight into PowerShell:
ollama run killak-ssj
Type away · /bye to leave. First message after a boot takes a few seconds (it's loading your brain into the 4090). Want the pretty chat box or your phone? → the Chat tab.
Install Ollama once
The engine that runs the AI. (You've likely done this — skip if ollama --version works.)
winget install Ollama.Ollama
Then close and reopen PowerShell.
Get the models once
Downloads the brain-weights. qwen2.5:14b (~9GB) is the daily driver; the 32B (~20GB) is optional for max quality.
ollama pull qwen2.5:14b; ollama pull qwen2.5:32b
In a hurry / tight on disk? Just the first one is enough to get going.
Give it YOUR brain → the killa model once
Bakes in your identity + tone so it knows it's local and knows you. Builds the Killak Super-Saiyan ladder — killak (base) + killak-ssj + killak-ssgss for whichever base models you've pulled.
Changed your mind? Delete Killa 4090 Dashboard.url from shell:startup (paste that into the Run box / File Explorer bar).
Quick terminal chat anytime
Fastest. Talk to your brain-model right in PowerShell.
ollama run killa
Type away. /bye to exit.
Or the nice chat box (GUI)
Start the server (below), then open localhost:8080 — that page can actually talk to your AI. Pick killa in the model box.
⚠️ Don't chat on this web page — it's just your menu, it can't reach the AI (that's the 404 you saw). Chatting happens at localhost:8080 or in the terminal above.
cd "$env:USERPROFILE\Downloads\llama-chat-server"; powershell -ExecutionPolicy Bypass -File .\start-here.ps1
It prints an address like http://192.168.1.50:8080 — open THAT on any device on the same wifi. Leave the window open while you use it.
Fresh start? Close every PowerShell window, then do these in order, top to bottom. Two windows stay open at the end — the server + the public link. Runs on THIS 4090, so it uses your GPU + killak models.
🆕 Name + logging built in. After the password, each person types their name, and every message + reply is saved to chat-log.jsonl in the server folder (private, stays on this 4090) — your training-data firehose.
1 · One-time setup skip if already done
Installs Node + the tunnel tool. "Already installed" = grand. Then close & reopen PowerShell so it finds them.
Grabs the latest server and starts it. It will ask you for a password — type the one you'll give your mate. Leave this window open.
$Host.UI.RawUI.WindowTitle='(1) LLAMA SERVER - keep me open'; curl.exe -L https://llama-chat-8e6.pages.dev/llama-chat-server.zip -o "$env:USERPROFILE\Downloads\llama-chat-server.zip"; Expand-Archive "$env:USERPROFILE\Downloads\llama-chat-server.zip" -DestinationPath "$env:USERPROFILE\Downloads\llama-chat-server" -Force; cd "$env:USERPROFILE\Downloads\llama-chat-server"; $env:CHAT_PASSWORD=(Read-Host 'Type a password to give your mate'); node serve.mjs
You should see 🦙 Llama chat server is live (password ON). Quick check on this PC: 🔎 open localhost:8080 — should show the 🦙 password page.
3 · Window 2 — open the public link NEW PowerShell
Open a fresh PowerShell window and run this. It prints a https://…trycloudflare.com link. Leave it open too.
$Host.UI.RawUI.WindowTitle='(2) PUBLIC LINK - keep me open'; cloudflared tunnel --protocol http2 --url http://localhost:8080
Send your mate that link + the password you typed. Tell him to pick killa (or killak-ssj) in the model box — that's your GPU AI.
Keep BOTH windows open + Ollama running (it auto-starts with the PC). The link is fresh every run — always send the newest (an old one 404s). Link + password = a key; only give it to people you trust.
See what your mates asked
Opens the chat log (who / prompt / reply) collected from the shared link.
🤖 Let Claude drive this 4090 directly (SSH) once · ADMIN
Ends the copy-paste ping-pong for good — lets Claude run commands + read output on the 4090 straight from your laptop, over your private Tailscale. Open an ADMIN PowerShell on the 4090 (Start → type PowerShell → right-click → Run as administrator) and paste this whole block:
When you see DONE - Claude can now SSH in. → tell Claude and it connects itself. Only Claude's one key works; your password is never shared or exposed. Revoke anytime: Stop-Service sshd. If Add-WindowsCapability errors, copy me the red line.
Or drive the screen yourself (Remote Desktop) — Tailscale tunnel is live between your machines. Do this once on the 4090 to allow RDP, then drive its screen from your laptop or iPad on your Tailscale — like sitting here.
⚠️ Your PIN does NOT work over Remote Desktop — it needs a real password. Two ways in: ① Take over YOUR desktop (all your open work) = connect as your own account + its password. If you sign into this PC with an email, that's your Microsoft-account password — reset it at account.microsoft.com if you only ever use the PIN and forgot it. (Do step b only; skip a.) ② A clean separate desktop (your files + apps, fresh session) = make the rdp account in step a and connect as that.
a · Make a dedicated remote login admin PowerShell
Right-click Start → Terminal (Admin). Change CHANGE_ME_pass to a password you'll remember, then run:
net user rdp "CHANGE_ME_pass" /add; net localgroup Administrators rdp /add; net localgroup "Remote Desktop Users" rdp /add
Remote Desktop app → this address, user rdp, the password you set. (iPad: install the RD Client + Tailscale apps, same account.)
100.103.53.92
Keep the 4090 on + plugged in. Tailscale's already on your account on both machines.
This is real training — baking your voice into the model's weights (a LoRA), not just notes it re-reads. Think muscle memory instead of a briefing. Do the steps in order.
Straight talk before you burn a night on this: fine-tuning locks in tone + identity — it does not make it know more facts or stop it making things up (that's model size, different job). And it's only as good as the data. The kit ships 50 seed examples — enough to nudge the voice + prove the pipeline, not transform it. We grow it toward ~300 (shadow-log + more) before it really bites. We keep the old killa until the new one earns the name.
Step 1 — Get the training kit once
The dataset, the training script, and the guide. Downloads to your Downloads folder.
Open README.md in there and give it a read — it's the honest version of all this.
Step 2 — Set up the trainer oncefiddly
Fine-tuning wants Linux tooling. Cleanest route on Windows = WSL2 — a real Ubuntu running inside Windows with your 4090 passed through. Think a Linux box in a window, sharing your GPU.
wsl --install
Reboot after this. Then open Ubuntu from the Start menu and run the next one inside it:
nvidia-smi && pip install unsloth
nvidia-smi should list your 4090 (proves the GPU's visible). pip install unsloth pulls the whole trainer + downloads the base model (~5GB) on first run. This is the bit that can fight you — if it errors, copy me the exact red line and I'll unstick it. Not pretending it's one-click.
Step 3 — Run the fine-tune ~30 min
Inside Ubuntu, go to the kit folder and train. Your 4090 does the work.
cd /mnt/c/Users/$USER/Downloads/killa-train && python train.py
It trains, then spits out killa-tuned/ — a ready-to-load model. Watch the loss tick down. Leave it cooking.
Step 4 — Load it & judge it head-to-head
Bake the result into Ollama as killa2, then ask both the same thing and see who's better.
cd /mnt/c/Users/$USER/Downloads/killa-train; ollama create killa2 -f killa-tuned/Modelfile; ollama run killa2 "who are you and where do you run?"
Then compare: ollama run killa "who are you and where do you run?". If killa2 wins, tell me and we promote it to killa. If not, we grow the data and go again. Proof, not faith.
🕹️ DEAD RAIL — light-gun arcade build new
On-rails zombie shooter with in-browser camera aim-tracking (webcam blob tracker + 4-corner
screen calibration, no extra software to install), a printed barrel marker mount for the recoil blaster,
an Arduino sketch that turns the trigger into a USB mouse click, and a flat-pack standup cabinet design
for taking the whole thing to demos.
start https://deadrail.pages.dev
Or tap to open: play DEAD RAIL (works with a plain mouse right now) ·
cabinet build spec (dims, cut list, BOM, assembly steps).
Source files in the trident-mma-websitev3 repo: deadrail/, maker/lightgun-marker-mount.scad/.stl,
deadrail/tracker/trigger-hid/trigger-hid.ino.
Modular battery dock — Ryobi/Makita-style (SCAD + STL) not test-printed
Own hot-swap battery ecosystem: a holster cages a bought sealed USB-C PD power bank (window over its port/display, no loose cells, no soldering), a dock plate mounts anywhere with a real dovetail-slide + printed spring-latch — the same mechanism every cordless tool battery uses. Sized to a real Amazon UK unit (UGREEN Nexode 20000mAh 100W, ~£45-60). 🟡 Print a short rail/groove offcut first to dial in the slide fit before committing a full print.
Thumb-diverter for your 18mm spout — normal flow out the bottom, block it with your thumb to force a bubbler jet out the side. No valve, no moving parts. 🟡 PETG isn't food-safe/watertight alone — run a bead of aquarium-safe silicone in the seam; treat as garden/novelty, not a certified drinking fixture.
Manual-fill reservoir sized to your shelf (200 x 86 x 200mm), recessed lid, reinforced round mount for a bought push-button spigot. Holds ~2.95L brim-full to the lid, ~2.5L sensible everyday fill. 🟡 Heads up: the spigot collar bumps the front face out 3mm (89mm actual depth) — check that clears your shelf. Print in PETG; not food-safe certified and FDM walls aren't inherently watertight — line it or seal the inside before trusting it with daily drinking water.
cd "$env:USERPROFILE\Downloads\killa-brain"; powershell -ExecutionPolicy Bypass -File .\build.ps1
🎨 Make images + sprites on your 4090 — unlimited, free, local, no Gemini quota ever again. One honest heads-up: this is a separate engine from killa. killa's a text brain; drawing needs a diffusion model (totally different tool). Both live on the same 4090 — you just can't run both at once.
🥊 Your first 4090-made brawler
Made locally on your 4090 with Z-Image Turbo — no Gemini, no quota. This is the base character; the full pose sheet (idle → jab → kick → KO) is next.
🧠 Free the GPU first. Image gen wants most of your 24GB and killa's already sat in there. Before you generate, dump the model out: ollama stop killak-ssgss; ollama stop killak-ssj. Reverse it when you go back to chatting.
① Install ComfyUI — one click onceeasiest
Best local image tool for what we want (sprite sheets + keeping your character consistent). Grab the Desktop installer, pick the NVIDIA option, click through — defaults are fine.
Launch it any time with: & "$env:USERPROFILE\ComfyUI\ComfyUI_windows_portable\run_nvidia_gpu.bat" — it opens your browser at http://127.0.0.1:8188.
② First run — prove it works
It opens at http://127.0.0.1:8188 with a default workflow already loaded. Hit Queue (or Ctrl+Enter) — first run pulls a starter model then generates. A picture appears = your 4090 is now an image factory. 🎉
First one's slow (downloading weights). After that an SDXL image is a few seconds on your card.
🛠️ Install/update failed? ("could not create symlink / privilege not held")
Windows blocks ComfyUI's updater from making a symlink unless Developer Mode is on. One-time fix — open an ADMIN PowerShell (Start → type PowerShell → right-click → Run as administrator), paste this, no reboot needed:
Then re-run the ComfyUI update. This fixes it permanently — future updates won't hit it again.
Still erroring with comfy_aimdo.vram_bufferafter a successful update? Don't fight it — reinstall the latest ComfyUI Desktop. Your models live in the separate ComfyUI-Shared folder, so nothing gets lost.
③ Get a model that does the chibi look
Click Manager → Model Manager and download an SDXL checkpoint. For your bright chibi/anime style, search & grab Animagine XL (clean, colourful characters) or Pony Diffusion V6 XL. Then pick it in the Load Checkpoint node.
No Manager button showing? Desktop has it built in; portable includes it too. Stuck → 🆘 bridge me and I'll point you at it.
④ Next: the sprite-sheet workflow I build this bit
Getting the same chibi character across a whole sheet is the hard part — I'll build a workflow that feeds your existing chibi sheets in as the reference (IP-Adapter) so new sprites match your forms instead of inventing a random character. Ping me the moment ComfyUI's running and I'll hand you the workflow file to drag straight in.
🎮 Pose control — this is the bit that forces each fighting stance so the sprite sheet has real distinct frames (jab, cross, kick, KO) instead of the same pose we got first try. Two pieces: a node (your click) + a model (I'm grabbing over SSH).
① Install the pose node once · in ComfyUI
In ComfyUI: Manager → Custom Nodes Manager → search controlnet aux → install comfyui_controlnet_aux. That adds the pose detectors (DWPose/OpenPose). Let it finish — it pulls a few dependencies.
Use the Manager for this, not a manual clone — it installs the extra bits the pose detector needs automatically. A raw clone would load broken.
② The ControlNet model I'm on it — nothing for you
I'm downloading Z-Image ControlNet Union 2.1 straight to your 4090 over SSH (into models/model_patches). I'll tell you the second it's landed.
③ Restart ComfyUI loads both
Once the node's installed and I've said the model's down: fully close ComfyUI and reopen it (or Manager → Restart). That activates the pose node + the model.
④ Then it's all me I build the sheet
Ping me once it's restarted and I take it from there on the 4090 — feed each fighting pose in as a skeleton, hold your locked character, and generate the full distinct sheet. You just watch it appear.
