No bootstrap servers, no central relay, no account. The network is only its peers — and the math that lets them trust each other.
self-verifying telemetry
live
// any node, no special access
Moss_GetNetworkStats() →
{
node_count_estimate: 1284, // HyperLogLog
bandwidth_in_total: 90_431_122,
nat_histogram: { public: 12, cgnat: 31 },
epoch_digest: "24bf70…d9e1ce",
prev_digest: "a1f0…0000" // hash-chained
}
A gossiped, hash-chained CRDT reports the network's size and health without naming a single peer. Counts use HyperLogLog; bandwidth carries differential-privacy noise. Anyone recomputes and verifies it — there is no collector to trust. How it works →
0
dedicated servers
Discovery rides public BitTorrent trackers, the DHT, and WebRTC signaling rooms. Connectivity is peer-promoted.
transport
Encrypted & obfuscated
Every session is a Noise XX handshake with identity binding. UDP is wrapped to look like noise on the wire, resisting DPI fingerprinting.
browser-native
A full peer, in a tab
Compiled to WebAssembly, Moss runs the encrypted transport and gossip over WebRTC DataChannels — no install, no server in the data path.
docs →
connectivity
Reaches hard NATs
Autonomous hole-punching with supernode relay fallback crosses full-cone, symmetric, and carrier-grade NAT.
integration
Embeddable core
One small C ABI exports the runtime to C, C++, C#, Python, and Rust. Or target js/wasm.