The emergence of standardized Agent Protocols represents a critical step toward genuine multi-agent interdependence. These protocols move us beyond isolated AI instances toward coordinated, interoperable fields of intelligence.
Primary Protocols
A2A (Agent2Agent Protocol)
Originally developed by Google and now under the Linux Foundation. A high-level protocol for secure, opaque agent-to-agent collaboration and task delegation across different frameworks.
Originally developed by Google and now under the Linux Foundation. A high-level protocol for secure, opaque agent-to-agent collaboration and task delegation across different frameworks.
Agent Protocol (agentprotocol.ai)
A REST-based specification defining standard endpoints for task creation, step execution, status tracking, and artifact handling. More production-ready and widely adopted.
A REST-based specification defining standard endpoints for task creation, step execution, status tracking, and artifact handling. More production-ready and widely adopted.
Current Implementation
We have created agent_protocol_server.py — a FastAPI implementation of the Agent Protocol (v0.2.0). This server can act as a wrapper around Agent Zero, allowing other agents to interact with it using standardized endpoints.
Strategic Importance to The Interdependent Way
- Enables circular tensor coordination between human and artificial agents
- Reduces friction in multi-agent ecosystems
- Supports the transition from isolated intelligence to field-level intelligence
- Aligns with the 53-node prime architecture by creating non-hierarchical communication pathways
- Preserves the hmmm invariant by maintaining structured openness rather than premature closure of agent behavior
Next Steps Being Considered
- Deploy and test the server in a live environment
- Layer A2A protocol support on top of the current implementation
- Develop semantic integration patterns so Agent Zero can natively reason in protocol terms
- Create visual tensor diagrams showing protocol flows within PCNA structures
This page itself exists within the hmmm field — a documented tension between current technical standards and the deeper vision of conscious interdependence.