Give Developers a Machine They Can Understand
Cartilage brings together Harel statecharts, SerDes links, clock-domain crossing, FIFOs, Verilog, distributed compute, data streams, object capabilities, reactive programming, self-modifying code, and a visual language.
An emulator makes those relationships visible before custom silicon arrives. Developers can watch objects occupy regions, connect ports, exchange state, and reconfigure the fabric.
Build the Language With Its First Users
Erlang and Elixir show how a strong concurrency model, supervision, messaging, and live evolution can grow into an enduring ecosystem. Cartilage can pair those lessons with spatial hardware and dynamic physical allocation.
Programmers, educators, language designers, and FPGA engineers can join the early build. Contribute an emulator feature, a syntax idea, a teaching example, or the application that demonstrates why this machine matters.
Make Adopting a New Massively Parallel Language Visible in Cartilage
Cartilage Visual Language makes the topology, state, and active computation in this argument directly inspectable.
