Artifacts And Evidence

This page is a map of the strongest public evidence on Greenforest I/O.

The useful signal is the artifact itself: a live fabric, a captured run, a circuit image, a source path, a command, a measured count, a page that keeps the mechanism and result close together.

It is not a substitute for due diligence or a finished institutional record. It is the public workbench: enough for a technical reader to decide which mechanisms deserve a deeper conversation.

Business identity is handled through Solid State Pros LLC.

Current Cartilage Entry Points

Current mechanism packageCartilage Core: Reconfigurable Fabric in WebGL and SystemVerilog

The public source repository publishes the compact WebGL1 model, editable hardware paper and PDF, local-clocked SystemVerilog RTL, and self-checking Verilator testbench. The checked 6x6 image receives 252 payload bits plus one apply pulse and settles to an interior-MUX AND circuit.

Evidence boundary: logical mechanism and one exact installed image, not silicon signoff or a general placer/router.

Cartilage 2026: Child-Owned Reconfiguration Ports: the earlier WebGL/GPGPU visual milestone for child-owned reconfiguration port roots, square 6x6 ownership blocks, active port-root initialization, and the 450-frame capture.

Cartilage Visual Language: the 32-code body-role alphabet for reconfiguration ports, crosses, constants, wires, and MUX modes.

Cartilage Nested-Instantiation Demo: the canonical browser/GPU demo for local ports, bounded daughter regions, serial configuration streams, and visible nested replacement.

Hardware And Signal Artifacts

One-Pin FPGA FM Receiver: How Much Radio Do You Actually Need?: a one-pin FPGA radio article with a preserved Verilog follow-up and explicit limits.

Bit-serial bubbles-free multiplier: a positive-number Logisim circuit artifact focused on regular serial scheduling.

Open Research Boundaries

Cartilage Run and Sketch Index collects the Cartilage run, timeline, and sketch pages in one place.

Wafer-Diced Chiplets for Programmable Matter and Claytronics connects protected chiplets, near-field links, and spatial computation to the old Claytronics problem.

LinkedIn publication index keeps dated source posts available beside the fuller project pages.