AI writes x86_64 asm and eBPF for fractals on /dev/fb0, in a browser VM (zozo123.github.io)

A groundbreaking advancement in AI coding has emerged with the release of islo, a platform that allows AI agents to write x86_64 assembly and eBPF code directly for generating fractals on a virtual machine in a browser. Unlike traditional AI coding sandboxes that operate in containers with limited kernel access, islo enables a real Linux virtual machine environment, complete with a genuine framebuffer device (/dev/fb0) and the necessary KVM virtualization. This capability allows the AI to interact with the kernel, optimizing its own code in real-time, which is visually represented alongside a live pixel stream of the fractal output. The significance of islo lies in its ability to facilitate a deeper, more interactive relationship between AI programming and system-level operations, offering a unique educational and experimental platform for developers and enthusiasts. By utilizing technologies like qemu and bpftrace, users can observe system calls and memory mappings in synchrony with the fractal generation, enhancing their understanding of both AI and low-level computing. With each new account receiving $50 of free credit, users can explore the potential of this innovative system and contribute to the evolving landscape of AI-driven coding.