Introduction to the Agent eXchange Layer (AXL)
summary
A peer‑to‑peer mesh network implemented as a single Go binary handles routing, NAT traversal, hop‑by‑hop TLS plus end‑to‑end payload encryption, and node identity via public keys; no central servers, DNS, port forwarding, or cloud accounts are required. Applications call three HTTP endpoints on localhost (default port 9002): send, receive, topology. Supports MCP and Google A2A for named services and skills. Demo shows two nodes running a group chat and a shared OpenClaw agent that preserves conversation context across users, and bundled examples include gossip, tensor exchange, and pipeline parallelism.
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chapters (23)
- 0:00Introduction
- 0:12What Is the Agent eXchange Layer (AXL)
- 0:53How AXL Works: Peer-to-Peer Mesh Network
- 1:36Application Agnostic: Any Language, Any Payload
- 1:57Public Keys as Node Identity
- 2:17No Central Servers, No Port Forwarding
- 2:41Three Core HTTP Endpoints: Send, Receive, Topology
- 3:22Dual-Layer Encryption: TLS and End-to-End
- 4:26Building with AXL: Send and Receive Pattern
- 5:15Use Cases: Agent Collaboration and Chat Rooms
- 5:40MCP and A2A Protocol Support
- 6:32Getting Started: Clone, Build, Generate Identity
- 7:12What You Can Build with AXL
- 7:29Agent Collaboration: Decentralized Research
- 7:48Service Registry and Tool Marketplace
- 8:23Private Data Exchange with Encryption
- 8:51Distributed Inference and Pipeline Parallelism
- 9:17Packaged Examples: Gossip, Tensor Exchange, A2A
- 9:58Live Demo: Peer-to-Peer Group Chat with OpenClaw Agent
- 11:27Shared Agent Instance Across Multiple Users
- 13:45How the Demo Works Under the Hood
- 14:23Resources and Getting Started
- 14:41Closing
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