Personal AI Rig

From

$1,499

Personal AI Rig

We build what we're best at: the case, the cabling, the power, the cooling. You use your own board, memory, and GPUs.

How many GPUs will you run?How many GPUs will you run?: 2-GPU Rig

2-GPU Rig

$1,499

Case · CNC billet aluminum

Moves heat like a heatsink.

Included

Riser · 2× PCIe 5.0

Full x16 each. No shared lanes.

Included

Cooling · 6 case fans

Airflow mapped, one controller.

Included

Power · 2000W, wall outlet

Native 12V-2×6. No electrician.

Included

4-GPU Rig

$2,999

8-GPU Rig

$4,999

Buy more, save more

Anz.	Price
3-4	$1,454
5-9	$1,424
10-29	$1,401
30+	$1,386

$1,499

Free shipping Aug 31

Personal AI Rig

Free shipping Aug 31

$1,499

Own your intelligence.

Never revoked.

Your models don't get deprecated, rate-limited, or pulled. The weights sit on your disk.

Private by physics.

Prompts never leave the building. Nobody trains on your work. Not by policy, by physics.

No per-token bill.

Own the machine and agents can run around the clock. You pay for electricity, not tokens.

Yours to keep.

Fine-tune on what only you know. The model becomes an asset you own, and it sells with the company.

Integration

We build the hard part, you supply the rest. Four things come in the kit: the case, the risers, the cooling, and the power, machine-fitted to each other, tuned and burn-tested as one build. You add your own motherboard, CPU, memory, storage, and graphics cards, then assemble and run.

Case

Two kinds of chassis, one for each job. The desk builds are milled from solid aluminum billet and anodized by hand. The case moves heat like a heatsink, and the triangular cutouts keep it stiff where it matters, light where it doesn't. The rack goes another way: steel, hot-swap fans, front drive bays, built to be serviced rather than admired.

Riser

Every card gets its own PCIe 5.0 riser at a full Gen5 x16, straight from the CPU with no switch in between. No card shares lanes, drops to x8, or waits on another. The risers are cut to length on the desk builds and run over MCIO 8i cables on the rack, routed clear of the airflow.

Power

Power that scales with the machine. The two-card runs on a single supply and a standard outlet. The four-card uses two and needs a 240V circuit. The rack runs four redundant, hot-swap supplies into a distribution board that splits clean power to every card, also on 240V. Anything past the two-card needs 240V, sorted before the machine arrives.

Cooling

Air moved on purpose. The fans are mapped to the chassis before a panel is cut, not bolted on after. The two-card runs six, the four-card eighteen, both wired to one controller and matched to the airflow path through the case. The rack runs a wall of twelve hot-swap fans, PWM controlled.

Open-source hardware

The whole machine
is open.

Every CAD file, bill of materials, and BIOS setting — free on GitHub. Fork it, change it, build your own, even sell it. This is how the personal computer began: in the open. We’re doing it again, for AI hardware.

GitHub 815

autonomous-ai / autonomous-computer

2x-5090/ 4x-5090/ 8x-5090/ 4x-6000/

bom/ step_models/ stl-models/ photos/

README.md setup.md

MIT · 114 forks

Clone it. Build it. Sell it. We just want it built.

Questions.

Why don't you sell the components too?

So you can choose them yourself. CPU, GPU, memory, and storage needs vary a lot by workload and budget, and prices on cards move week to week. We build the hard part, the chassis, risers, cooling, and power, and leave the rest open so you spec it to what you actually run instead of paying for a config that does not fit.

Which cards work?

We’ve tested the RTX 3090, 4090, 5090, and RTX PRO 6000, with clearance and power notes for each. Any card that fits and has the power will run — the list is there to help you choose, and it grows with every new build.

Can I reuse parts from an old machine?

Yes, that’s part of the point. If your motherboard, CPU, memory, or cards still do the job, bring them over. Just check two things first: that your board fits the chassis form factor the kit supports, and that the power in the kit covers the cards you plan to run. Tell us what you already have and we’ll confirm it works before you buy.

What power do I need?

Depends on the size. The two-card runs on a standard wall outlet. The four-card and the rack both need a 240V circuit, not a standard outlet. That is normal at this scale, but it is the kind of thing to sort out before the machine arrives, not after, so plan the outlet ahead if you’re going for the four-card or the rack.

Can I mix different cards?

Yes — you can run different cards side by side, like a 3090 next to a 5090. The best way to set them up depends on what you’re running, so tell us your workload and we’ll help you plan the layout.

What happens when a card dies?

You replace it yourself in a few minutes: open one panel, swap the card, done. Nothing to ship back, no ticket to file. The machine is built to outlast any single card.

Own your intelligence.