Axom Network
Beta
The Axom Network is in beta. Today's nodes are Open-class and serve only their owner's own devices.
When your machine can't run the model, a node on the network runs it for you. Everything else (memory, tools, files, ratings) stays on your machine. Only each turn's prompt travels, sealed end to end.
How it works
- Your machine builds the turn exactly as it would locally, then sends the prompt.
- The relay matches you to a node holding the exact same model and leaf, checked by hash. It carries sealed bytes it can't read. You and the node never learn each other's address.
- The node, a headless Axom engine, streams the answer back. Nodes dial out to the relay and never open a port.
Measured: remote generation speed matches the node's own from 0–200 ms of latency, and the time to the first word is the node's own plus one round trip.
Privacy
- Sealed channel. Each session is encrypted between your machine and the node with fresh keys. The relay only sees opaque bytes.
- Pinned identity. Your machine pins the node's cryptographic identity, so nothing in the middle can swap you to another node.
- What the node sees. The prompt for each turn, which includes what Axom recalled from your memory and any tool results. That's why node classes exist.
Node classes
Your machine verifies a node's class; a node can't claim one.
| Class | What it means |
|---|---|
| Verified | Confidential-computing hardware. Not even the operator can read a prompt. |
| Protected | An attested, locked-down Axom node system on consumer hardware, proven by its TPM. |
| Open | No hardware proof. Serves only its owner's own devices. |
Protected and Verified are in development.
Live status
The relay publishes a public status (nodes online, classes, models served) with no users, prompts, or addresses. See it on axomlabs.ai/network. In the browser UI, the Network screen shows the same, plus your own connection.