AI writes x86_64 asm and eBPF for fractals on /dev/fb0, in a browser VM
A new AI tool generates x86_64 assembly and eBPF code for rendering Wolfram fractals directly to the framebuffer. This entire process operates within a Linux virtual machine in a web browser, requiring no installation. Users can easily fork and modify the code with a single click.
- ▪The AI writes assembly and eBPF code for fractals.
- ▪The entire build runs in a Linux VM accessible through a browser.
- ▪Users can fork the project and run it without installation.
Opening excerpt (first ~120 words) tap to expand
wolfram-fb0 AI writes x86_64 assembly + eBPF for Wolfram fractals direct to /dev/fb0. The entire build — agent loop, qemu boot, kernel trace — runs in a real Linux VM in your browser via islo. No install. Fork-and-rerun in one click. Fork the sandbox → Code on GitHub How it works ↑ Rule 30, rendered in your browser by the exact same algorithm the asm version uses on the framebuffer.
Excerpt limited to ~120 words for fair-use compliance. The full article is at Github.
