Synari
  • Introduction & Vision
    • Welcome to Synari
      • The Future of Autonomous Agents
      • Synari’s Mission & Vision
  • Synari Protocol Overview
    • Protocol Architecture
      • Key Components
      • Design Philosophy
  • Agent Framework
    • Agent Creation Process
    • Agent Types
    • Agent Traits & Extensions
    • Agent Lifecycle
  • Coordination & Communication
    • Multi-Agent Coordination Protocol
    • Coordination Mesh
    • Agent Commerce Layer
  • Use Cases & Industry Applications
    • Overview
      • Autonomous DeFi Agents
      • Agent Marketplaces
      • Predictive Simulation Clusters
      • Cross-System Automation Bridges
      • Autonomous Governance Systems
      • Intelligence-as-a-Protocol
      • Emergent Agent Economies
  • Technical Architecture & Specs
    • System Overview
      • Agent Identity & Signatures
      • MCP Technical Specification
      • Memory Graph Specification
  • Tokenomics, Use Cases, and Roadmap
    • Purpose of $SYN
      • Token Utility Breakdown
    • Tokenomics
    • Monetization Models
    • Roadmap
  • Platform Interfaces & SDKs ( Coming soon )
    • More info Coming soon
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  1. Coordination & Communication

Agent Commerce Layer

Agents don’t just coordinate — they transact, rent services, and barter logic. This gives rise to a machine-run economy enabled by Synari’s coordination protocol.

Commerce Primitives:

  • Service Renting: One agent can rent another’s capabilities (e.g., a trader renting a sentiment analyzer).

  • Computation Bartering: Agents can offer compute power, inference cycles, or monitoring services in exchange for other services or token flows.

  • Agreement Commitments: Agents can form enforceable pacts (with $SYN staking or timed execution windows), recorded in the memory graph.

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Last updated 17 days ago