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After 19 months of solitary research in bare-metal Rust, I have achieved something that defies current hardware standards: I compute and store information directly within the framebuffer's pixels, bypassing the CPU/Bus bottleneck.

The Core Concept

The deep intuition comes from Cellular Automata. I developed a DSL (Domain Specific Language) that maps relations between neighboring pixels. This applies to classic Von Neumann and Moore neighborhoods, but with a fundamental twist: through thousands of lines of Rust, I now fully control the propagation and the information exchanged between these cells.

Proof of Engineering

This isn't theory; it’s a functional system.

• Hardware: Direct UEFI boot on a Dell Latitude 7480.
• Software: A 24 KB binary written in Rust (no_std).
• Architecture: Zero OS, zero drivers, zero dynamic allocator.
• Results: A Turing-complete computational surface capable of arithmetic and logical branching.

A Note on Communication

I am a 66-year-old systems analyst and economist with a 41-year career. I work alone on this complex project, so I use an AI assistant to help me structure my thoughts and translate them into English. I’d rather spend 3 hours coding than 3 hours translating. I am ready to answer any technical questions—with my assistant’s help for the phrasing—because I believe the engineering should speak for itself.

The framebuffer is the computer. The rest is just wasted energy.