A prebuilt Linux x86_64 binary, dynamically linked against glibc -- runs on a standard glibc-based distro (Ubuntu, Debian, etc.), nothing to compile. Source isn't public yet -- this is a compiled release, and it's served live from whichever node you're on: literally the binary that node is running right now, not a stale build.
Download telecanor-chain (Linux x86_64)chmod +x telecanor-chain ./telecanor-chain --p2p-port 7000 --rpc-port 8000 \ --peers 122.175.43.90:7001,144.31.146.212:7010 \ --data-dir ./data
That syncs and persists the full chain to ./data. The peer list is a starting point, not the whole mesh -- edit it freely, and add any other node addresses you're pointed at. No treasury key needed to just run and sync; that env var is only for a node hosting its own /aum/faucet.
| Flag | Meaning |
|---|---|
--p2p-port | Port other nodes connect to you on (gossip) |
--rpc-port | HTTP API/RPC port -- wallet, explorer, light-client proofs |
--peers | Comma-separated host:port list to dial on startup, redialed automatically if a link drops |
--data-dir | Where the chain persists to disk. Omit for in-memory only (resets on restart) |
docker run -d --name auum-node --network host --restart unless-stopped \ -v $(pwd)/data:/data \ telecanor-chain:minimal \ --p2p-port 7000 --rpc-port 8000 \ --peers 122.175.43.90:7001,144.31.146.212:7010 \ --data-dir /data
Same flags, same behavior -- this is exactly how the existing nodes are deployed. Build your own image from the same source if you'd rather not run a downloaded binary directly.
Don't want to run anything persistent? The light client checks one account's balance against a cryptographic Merkle proof and a hash-verified header chain, entirely in a browser tab -- no download, no sync, no storage. It trusts the node you point it at for which chain is real, but not for the specific numbers it reports.