autonomous-ai/autonomous-computer
Own your compute, own your intelligence. Time to build your Personal AI Data Center.
autonomous‑ai / autonomous‑computer
What it is – An open‑source hardware project that provides detailed designs, parts lists, CAD files, BIOS settings and assembly instructions for building a “Personal AI Computer”. The repo ships four reference builds (2 × RTX 5090, 2 × RTX PRO 6000, 4 × RTX 5090, 4 × RTX PRO 6000, plus larger 8‑GPU configurations) together with step‑by‑step photos and a short software‑setup guide.
Why it matters – The authors argue that by 2026 most AI inference will be run on cloud APIs owned by a few providers. Running the models locally on your own machine gives you:
- Control – you keep the model weights on‑premises, so no external party can shut you down.
- Privacy – your prompts never leave your network, protecting proprietary data.
- Cost – once the hardware is bought, inference has no per‑token API bill.
Key hardware specs (per build):
- GPU: NVIDIA RTX 5090 or RTX PRO 6000 (Blackwell) – up to 8 GPUs, 256 GB VRAM total.
- CPU: Intel Xeon W5 or AMD Threadripper Pro / EPYC 9004, 96‑192 GB RAM, 1‑2 TB NVMe.
- PCIe: Gen 5 ×16 slots for each GPU, 10 GbE networking, optional BMC.
- Power: 1.5‑5 kW draws, with appropriately sized PSUs.
- Form factor: Desk‑sized open‑frame for 2‑4 GPUs, 5U rack for 8‑GPU build.
Software side – The hardware is agnostic; the repo recommends the open‑source Grid orchestrator (autonomous‑grid) for pooling machines into a local AI network, but any local inference engine (vLLM, Ollama, llama.cpp, etc.) can be used.
How to get started
- Choose a build (e.g.,
2x-5090/README.md). - Follow the parts list and CAD files to source components and fabricate brackets.
- Assemble the frame, mount GPUs, connect power and networking.
- Run the provided BIOS‑tuning script (
setup.md) to enable multi‑GPU PCIe lanes and install NVIDIA drivers. - Install Grid (or your preferred engine) and load your quantized/open models.
Community & contribution – Users can submit improvements, alternate parts, or showcase their own builds via the issue template. The best community builds are featured in the repo.
License – MIT, allowing anyone to fork, modify, build and even sell derived machines.
This summary is based solely on the repository’s README.
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