Robotics Fleet Floods Public Relays in Accidental P2P Signaling Proof
What began yesterday morning as frantic chatter across Japanese relay dashboards—operators wondering whether open relay pools were suffering a distributed denial-of-service attack or being quietly exploited as an unmetered storage dump—ended with an unexpected demonstration of the protocol’s raw utility. A multiplayer robotics release titled Microduck, developed by Pollen Robotics, was discovered to be leaning on Trystero, a serverless WebRTC library that hardcodes public Nostr relays as its default peer-discovery and signaling layer.
Because the traffic consisted almost entirely of ephemeral matchmaking messages that are routed immediately and discarded without consuming disk space, the relays carried the entire burst without buckling. As the source of the traffic became clear, suspicion among developers transformed into quiet celebration: an external engineering project had selected Nostr not as an alternative social network, but purely as zero-configuration, censorship-resistant transport plumbing.
The incident underscored an argument long voiced across the developer community: the most consequential adoption of Nostr may happen far away from microblogging timelines. As reya observed during the debate, I've always believed that the 'other stuff' will make nostr win, not the 'twitter clone'.