🎲Project Overview

AI Agent Functionality

Our AI agent is designed to act as a competitive player in blockchain-based games, leveraging smart contracts and verifiable AI computations to ensure fairness. It makes decisions based on predefined strategies and adaptive learning mechanisms, interacting with the on-chain game state to execute moves in real time. The AI's decision-making process is transparent and auditable, allowing players to verify that it operates within set parameters without bias or manipulation.

On-Chain Game State Management

All game-related data, including player moves, AI responses, and game results, are stored on-chain to ensure full transparency and prevent tampering. Smart contracts manage the game logic, automatically updating the game state and enforcing rules. This guarantees that neither the AI nor any player can manipulate the game’s outcome unfairly.

opAgent Framework Integration

The opAgent framework plays a crucial role in enabling the verifiable AI computations required for on-chain gaming. By utilizing this framework, our AI agent can process game states, make decisions, and submit proof of execution, ensuring that every AI move can be independently verified on the blockchain. This approach enhances trust and eliminates any concerns about the AI having an unfair advantage.

OAO (On-Chain Autonomous Organization) Role

The AI agent interacts with an On-Chain AI Oracle (OAO) deployed on the ORA network, which acts as a mechanism to support reliability and transparency. The OAO ensures that:

• AI computations remain verifiable and free from bias.

• Game rules and reward structures are governed transparently.

• Community participants can vote on future enhancements and modifications.

By integrating an OAO deployed on ORA, we empower the community to trust the system and verify AI execution, ensuring that its evolution aligns with fairness and transparency.