Opening the prepared-machine alpha
The current TARX alpha is a managed-local Electron alpha on a prepared machine. It is not a public download, clean-machine install, standalone/offline package, or second-Mac proof.
Use this page when you are opening the prepared alpha for review or support.
What this alpha proves
The alpha proves the local Always On loop on the prepared machine:
prompt -> run -> SSE activity -> evidence -> review/files/terminal/preview -> history/reload -> visible cancelCurrent runtime lane:
| Area | Current truth |
|---|---|
| App surface | TARX Always On |
| Runtime | prepared-machine managed-local Electron alpha |
| Model lane | NVIDIA Nemotron GGUF through llama.cpp |
| Model id | tarx-computer |
| Provider type | nvidia_local |
What to check first
- Open the prepared TARX Electron app.
- Confirm the default selected surface is
TARX Always On. - Submit a small prompt.
- Watch the run move through visible activity.
- Open evidence surfaces after completion.
- Reload and confirm the run remains visible in history.
What not to claim from this alpha
Do not describe this as:
- public download ready
- clean-machine install proven
- standalone/offline proven
- second-Mac proven
- hosted Supercomputer live
- mesh routing live
- enterprise governance live
- full Codex replacement
- NIM or TensorRT
The safe description is:
TARX is proving the local Always On loop on a prepared machine. The staged architecture supports future mesh contribution, hosted Supercomputer capacity, and enterprise governance, but those are not live claims for this alpha.
Next
Continue to What Always On does.