The Smart Contract Exchange System Prototype is a simulation-based project demonstrating a decentralized exchange (DEX) where AI agents trade against each other using smart contracts. This project is developed iteratively, starting with a simple single-trade execution between AI agents. The system operates in a controlled, non-live environment using local blockchain simulations.
- Smart Contract-Based Trading: Facilitates trades between simulated AI agents on a local blockchain environment.
- AI-Driven Agents: Basic AI agents making trading decisions based on predefined logic.
- Secure and Transparent: Utilizes smart contracts to ensure trades are executed securely and transparently.
- Non-Live Environment: Prototype operates entirely offline, using local blockchain simulations to demonstrate functionality.
- Phase 1: Single Trade Execution - Initial setup and execution of a single trade between AI agents using a basic smart contract.
- Phase 2: Expand Exchange Logic - Add support for multiple trades and enhance AI decision-making capabilities.
- Phase 3: Prototype Interface - Develop a simple user interface to visualize trades and interact with the system.
Ensure you have the following tools installed:
- Node.js and npm: For managing packages and running scripts.
- Git: For version control and cloning the repository.
- Truffle or Hardhat: For managing smart contracts, compiling, and deploying them.
- Ganache: For simulating a local blockchain environment.
- Python: For creating AI agents with basic trading logic.
- MetaMask: Optional, for simulating wallet interactions if required.
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Clone the Repository
git clone https://github.com/yourusername/smart-contract-exchange-prototype.git cd smart-contract-exchange-prototype