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. Technical Architecture & Specs

System Overview

Synari is composed of three primary protocol layers:

  1. Agent Layer — Responsible for instantiating and executing autonomous agents.

  2. Coordination Layer (MCP) — Enables message routing, service discovery, and negotiation between agents.

  3. Memory Graph — A decentralized, queryable memory system that stores agent states, actions, and interactions.

All components are modular, allowing extensions, upgrades, and permissionless participation.

Agents can be deployed via UI or API, monitored in real-time, and verified on-chain through signed memory snapshots.

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Last updated 17 days ago