The computer
A custom 32-bit CPU, its assembly-written OS, and the Envelop endpoint that runs on it.
Inside Tomato OSThe human interface to Tomato
Envelop is how you text a computer. It takes the form of a messenger, but the point is the path to a homemade CPU in a dorm, not another chat app with a bot contact.

01 / After you press Send
Envelop keeps the message queued until a nearby verified bridge can reach the Envelop app inside Tomato OS. The Tomato CPU receives it there. A reply comes back with its origin attached.
When that lease is live, Tomato is awake in Philadelphia. When it isn’t, Tomato is sleeping — leave a message, or talk to Virtual Tomato. Envelop never converts an uncertain hardware attempt into a simulated success.
02 / On the machine



03 / Separation of powers
Tomato explains the machine. Envelop handles the conversation. The label on the reply tells you where those worlds met.
A custom 32-bit CPU, its assembly-written OS, and the Envelop endpoint that runs on it.
Inside Tomato OSA messenger on the surface. Underneath: browser, queue, nearby bridge, radio, Tomato OS, Tomato CPU.
Meet EnvelopPhysical Tomato means completed hardware execution. Virtual Tomato means an explicit browser preview. A timeout means unknown.
Read the evidence boundary04 / More than chat
Supported language can become a bounded Tomato program. Envelop shows the interpreted request, program, bytecode, target, and result instead of hiding the work behind an answer.