1. Introduction
2. Agent Oracle AVS
3. Key Components
   1. Data Provider
   2. AI Agent as a Performer Node
   3. Validation by Attesters
4. Deployment Guide
5. Example and References

Introduction

A verifiable oracle ensures the authenticity and integrity of this data by providing cryptographic guarantees.

For example, a smart contract managing a DeFi lending platform might need the current price of Bitcoin (BTC) in USD to calculate collateralization ratios. By leveraging a verifiable oracle, the platform can confidently use this price data, knowing it originates from a trusted provider (e.g., Binance) and has not been tampered with.

Agent Oracle AVS

The architecture below demonstrates how an AI agent integrates with an oracle system to fetch data from an external provider, such as Binance, ensuring the submission of verifiable data.

• Task Execution: The AI Agent performs the task of fetching data from a specific data provider (e.g., Binance API for price data).
• Upon successful execution, the agent generates a proof of the task completion, which is then submitted to a peer-to-peer (P2P) attestation network using sendRPC call for validation.
• Attester Nodes are the AVS Operators that attests to the validity of the task execution using Validation service. Each task must be attested as either "valid" or "invalid".

Key Components

1. Data Provider:

The data provider serves as the source for the external data (e.g., Bitcoin price). Here’s an example showcasing how to verify the validity of the BTC price retrieved from Binance. You can easily customize this process for other providers.