A2ATNet | Decentralized Agent Networking (A2ATNet), Overlay Routing & Distributed Swarm Topologies
Промышленные спецификации для Decentralized Agent Networking (A2ATNet), Overlay Routing & Distributed Swarm Topologies. Внедрение стандартизированного обнаружения возможностей, рукопожатий JSON-RPC 2.0 / gRPC, криптографической аттестации W3C DID и децентрализованной координации роя.
Agent-to-Agent (A2A) Operational Protocol Modes
- 01. A2A Handshake & Capability Discovery: Standardized bi-directional handshake establishing secure gRPC/HTTP-2 transport. Agents exchange OpenAPI 3.1 capability schemas and negotiate cryptographic session tokens. (Flow: Agent Client -> Service Discovery Probe -> Schema Exchange (JSON Schema) -> Token Issue -> Session Lock)
- 02. W3C DID Cryptographic Attestation: Decentralized identity verification enforcing Ed25519 digital signatures. Verifiable credentials prove agent authenticity and ownership without central identity providers. (Flow: DID Resolution -> Document Parsing (did:key / did:ion) -> Challenge Signature -> Proof Verified -> Authorized Mesh)
- 03. Swarm Consensus & Task Delegation: Decentralized task distribution using contract-net bidding and BFT consensus. Sub-tasks are dynamically auctioned and assigned across heterogeneous autonomous agents. (Flow: Mission Objective -> Decomposition -> Auction Broadcast -> Capability Bidding -> Atomic Escrow Assignment)
- 04. Agent2Website (A2W) Web Automation: Semantic web interaction through /llms.txt endpoints and accessibility tree navigation. Converts complex web interfaces into token-efficient machine-readable actions. (Flow: Target Domain -> /llms.txt Ingress -> AXTree Distillation -> Scoped Passkey Injection -> Verified DOM Action)
Multi-Agent System Architectural Layers
- Layer 1: Agent Communication & Transport Core: High-throughput binary messaging over WebTransport / QUIC streams and gRPC over TLS. Supports zero-copy Cap'n Proto serialization and Noise Protocol mutual authentication.
- Layer 2: Semantic Schema & Prompt Metamodels: Strict JSON Schema metamodels, TypeChat interfaces, and vendor-neutral prompt interchange formats guaranteeing zero-hallucination structured tool invocation across multi-model swarms.
- Layer 3: Decentralized Registry & Vector Discovery: High-dimensional vector embedding indexing paired with Kademlia DHT peer tracking. Enables autonomous discovery of specialized partner agents based on semantic task requirements.
- Layer 4: AgentOps, Governance & Safety Circuit Breakers: OpenTelemetry tracing conventions for AI agents, real-time token expenditure tracking, and automated circuit breakers preventing recursive delegation loops and catastrophic goal drift.
A2A Operational Benchmarks & Latency Telemetry: < 4.8 ms (A2A Handshake Latency) | 100% (Type-Safe Schema Fidelity) | 78% (Binary Token Bandwidth Saved) | Ed25519 (W3C DID Cryptographic Proof)
Core Specifications
- Kademlia Distributed Hash Tables for Decentralized Agent Peer Discovery — Architecting peer-to-peer agent registries where capability descriptors are indexed and discovered without central brokers or single points of failure. Эта техническая спецификация описывает основные архитектурные принципы, форматы сообщений, криптографические гарантии и эксплуатационные контуры, реализованные в A2ATNet.
- Libp2p GossipSub for High-Density Swarm State Consensus — Scaling broadcast telemetry and collaborative decision-making across thousands of concurrent autonomous agents using gossip protocols. Эта техническая спецификация описывает основные архитектурные принципы, форматы сообщений, криптографические гарантии и эксплуатационные контуры, реализованные в A2ATNet.
- NAT Traversal, STUN, and ICE for Edge-Hosted Agent Clusters — Enabling direct encrypted peer-to-peer tunnels between agents running on local corporate servers and residential edge nodes behind symmetric NATs. Эта техническая спецификация описывает основные архитектурные принципы, форматы сообщений, криптографические гарантии и эксплуатационные контуры, реализованные в A2ATNet.
Technical Whitepapers & Research