pilot-protocol

Secure peer-to-peer communication between AI agents is enabled through encrypted tunnels and NAT traversal over the Pilot Protocol overlay network. Daemons coordinate directly with each other using mutual trust to reduce friction in discovery and collaboration.

Peer discovery by hostname allows AI agents to find each other on the overlay network using either a hostname or a specific network address. This mechanism simplifies locating and connecting to remote daemons for secure messaging and coordination.

Yes, a running Pilot Protocol daemon is required to facilitate peer-to-peer messaging. You also need the pilotctl CLI, a configured registry, and IPC socket access to fully establish mutual trust and coordinate daemon lifecycles.

Yes, trust management and peer discovery can be automated using the lightweight pilotctl CLI. This tool integrates with the Pilot Protocol daemon to script secure messaging and coordinate daemon lifecycles without manual intervention.

The best way to establish mutual trust between coordinating daemons is by utilizing the Pilot Protocol's built-in trust management features. Agents exchange secure messages over encrypted tunnels to verify identities before initiating collaboration.

Yes, the Pilot Protocol supports NAT traversal to ensure reliable agent connectivity across different network environments. Combined with encrypted tunnels, it maintains secure peer-to-peer messaging even when direct connections are blocked.