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  • Welcome to Opus
  • Introduction
    • ▸ What is Opus?
      • Overview of the product
      • Vision: Automation layer for the decentralized web
      • Key verticals
      • EIP-7702
  • ▸ How Opus Works
    • Browser-based architecture (no install)
    • EIP-7702 session-based automation
    • AI agent decision-making process
    • Smart contract interaction layer
  • ⚙️ Architecture
    • ▸ System Overview
      • High-level architecture diagram
    • ▸ EIP-7702 Integration
      • Comparison vs EIP-4337 / traditional EOAs
    • ▸ Smart Contract Design
      • Core contracts:
      • Contract architecture diagrams
      • Gas considerations
  • ⚡ Use Cases
    • ▸ DeFi Automation
    • ▸ NFT Trading
    • ▸ DAO Governance
  • 🛠️ Getting Started
    • ▸ dApp Walkthrough
      • Getting Started with Opus dApp
      • Logs and automation history
  • 🧪 Developers
    • ▸ API Access
      • Endpoints for task creation, monitoring, retrieval
      • Auth via wallet signatures
    • ▸ Custom Strategies
      • DSL (Domain Specific Language) or JSON schema explanation
      • Writing your own task logic
    • ▸ Contract ABIs & Events
      • ABI snippets with examples
      • Event logs used by the platform
  • 🔐 Security & Audits
    • ▸ EIP-7702 Session Key Risks
      • Threat model
      • Session revocation mechanism
      • Time-bound delegation logic
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  1. ▸ How Opus Works

AI agent decision-making process

The AI agent handles:

  • Rule translation (e.g., “Buy if ETH < $2700” → on-chain condition)

  • Strategy optimization (multi-protocol routing)

  • Backtest simulation using historical subgraph data

Example AI-compiled strategy (simplified):

{
  "protocol": "uniswap",
  "action": "swap",
  "tokenIn": "USDC",
  "tokenOut": "ETH",
  "trigger": {
    "type": "priceBelow",
    "value": 2700
  }
}

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Last updated 13 days ago