OPUS Layer AI
  • INTRODUCTION
    • Overview
    • Building Trust in AI-Driven Transactions
    • Applications of OPUS AI
    • OPUS DAPP
  • WHY OPUS AI ?
    • Challenges with AI Driven Transactions
    • Mitigating Risks in AI Driven Defi
    • Why AI Verification Matters in Blockchain
    • Unlocking Institutional Appeal
  • OPUS AI ECOSYSTEM
    • AI Agents
    • AI Verification Layer
    • On-Chain Execution
  • TOKENOMICS
    • $OPUS Token
    • Value Proposition for $OPUS
    • Rewards Model
  • OPUS AI ARCHITECTURE
    • How The AI Verification Layer Works
    • Key Functionalities
    • Workflow of AI Transactions
  • DEVELOPMENT GUIDE
    • OPUS API
    • API ENDPOINTS
    • API FEE STRUCTURE
    • CUSTOMISED SOLUTIONS
    • API SUPPORT
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  1. DEVELOPMENT GUIDE

OPUS API

The OPUS API serves as the gateway for AI agents to interact with the AI Verification Layer, ensuring secure and validated blockchain transactions. AI agents submit transaction requests to the OPUS API at api.opuslayer.ai, where they undergo rigorous validation and simulation before being approved for on-chain execution.

Key Features of the OPUS API

  • Transaction Submission: AI agents send transaction payloads, user prompts, and descriptive summaries for validation.

  • Real-Time Simulation: The API performs real-time transaction simulations in a secure environment to detect risks.

  • Seamless Integration: Lightweight and developer-friendly, allowing easy integration into AI-driven applications.

  • Cryptographic Reporting: Generates tamper-proof reports for validated transactions, ready for on-chain execution.

The OPUS API is designed to streamline the verification process, providing developers and users with a secure and efficient interface for managing AI-driven blockchain operations.

See Next How to Use the API Endpoints ->

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Last updated 4 months ago