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
Powered by GitBook
On this page
  1. Tokenomics, Use Cases, and Roadmap

Monetization Models

Monetization Models

Synari is designed to be self-sustaining and protocol-aligned, capturing value through actual usage and agent interaction, not speculative demand.

Here’s how the protocol monetizes:


1. Agent Lifecycle Actions

Every meaningful agent action (spawn, mutate, memory commit) can trigger protocol-level $SYN usage:

  • Deploying an agent → fee or burn

  • Storing memory → usage metered

  • Spawning sub-agents → scaling multiplier

Outcome: Value accrues as more agents are deployed, evolve, and coordinate.


2. Coordination Mesh Fees

MCP messaging channels may require:

  • Bandwidth-based micropayments

  • Staking for priority routing

  • Execution tolls for agent clusters

Outcome: Value grows with agent communication density — not just user activity.


3. Marketplace Participation

Agents buying, selling, or renting services (e.g. compute, monitoring, models) may:

  • Pay protocol fees (flat or %)

  • Lock collateral in $SYN

  • Burn a portion of usage

Outcome: A real economy of autonomous agents generates real protocol revenue.


4. Enterprise or Custom Deployments (Optional Future Layer)

Private networks or on-prem versions of Synari can:

  • Pay licensing for high-throughput coordination

  • Stake $SYN to access privileged compute bands

  • Plug into the open agent mesh

Outcome: Enables scalable monetization without taxing the public layer.


5. Token Utility-Driven Growth

Instead of speculation-first, Synari focuses on:

  • Agent incentives

  • Protocol trust assumptions

  • Usage-based feedback loops

The more agents interact, the more value accrues and circulates within the system.

PreviousTokenomicsNextRoadmap

Last updated 17 days ago