Project README

SmartContractBot

Description

SmartContractBot is an advanced platform designed to streamline the process of writing, compiling, deploying, and auditing smart contracts. The tool uses AI-driven agents to assist users in creating robust smart contracts by providing documentation, real-time suggestions, and insights. With full support for multiple blockchains, including Morph and Flow, this platform offers a one-stop solution for decentralized application (dApp) developers to easily manage their smart contract workflow. It enables end-to-end interactions with the Morph Holesky testnet and Flow testnet, simplifying smart contract creation and deployment for developers of all levels.

Technologies Used

• Blockchain:

  • Morph Holesky Testnet: End-to-end integration for smart contract deployment and interaction with Morph's zkEVM and modular design.
  • Flow Testnet: Added smart contract auditing features to provide a comprehensive solution for writing, compiling, and deploying contracts.
  • Polygon PoS: Deployed for AI-enhanced smart contract auditing and decentralized applications.

• Backend:

  • Node.js & Express: Handles all backend operations, including managing smart contract deployment, auditing, and interaction with blockchain networks.
  • AWS Lambda: Used for backend serverless functions, ensuring scalability.

• Frontend:

  • React & Next.js: Provides a dynamic, user-friendly interface for interacting with the smart contract tool, including contract creation, deployment, and auditing functions.
  • TailwindCSS: For rapid and responsive UI design.

• AI Integration:

  • Integrated an AI agent to assist in the creation, writing, and auditing of smart contracts, offering real-time documentation and insights during the development process.

Sponsors and Integration

• Morph:

  • We integrated Morph’s agent to assist users in creating smart contracts and interacting with the Morph Holesky testnet. This integration ensures seamless deployment and interaction with the Morph blockchain ecosystem, providing users with an AI-backed solution for managing contracts from start to finish.

• Flow:

  • Collaborated with Flow mentors to implement a smart contract auditing feature. By incorporating Flow’s capabilities, we’ve transformed the platform into a complete solution for writing, compiling, deploying, and auditing smart contracts. This integration makes the platform a one-stop solution for developers working with Flow’s testnet.

• Polygon:

  • For Polygon, the project incorporates AI-enhanced smart contract auditing to improve the process of contract validation and deployment. With this functionality, users can deploy their contracts on Polygon’s PoS network, ensuring they are secure and optimized. The platform enables AI-powered contract analysis and validation, which is crucial for improving the security and reliability of smart contracts.

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Setup Instructions

1. Frontend:

   • Clone the repository and run the following commands in the root directory:

     npm i
     cd frontend

   • Complete the env.local file with your project’s environment settings.
   • Start the frontend development server with:

     npm run dev

     This will start the React/Next.js app on the specified port.

2. Backend:

   • The backend is built using Node.js and AWS Lambda. To run it locally, you can convert it to an Express.js project and follow these steps:
     • Ensure you have Node.js installed.
     • From the root directory, run:

       node app

     • The server will start, handling requests for smart contract deployment, auditing, and interaction.

3. Blockchain Deployment:

   • Morph: Make sure your smart contract is deployed on the Morph Holesky Testnet and is ready for interaction.
   • Flow: Deploy your smart contracts to the Flow Testnet for full auditing and contract management.
   • Polygon: Ensure the smart contract is compatible with Polygon PoS and deployed for auditing and AI-enhanced functionality.

Additional Requirements:

• Deploy the application on the Morph Holesky testnet, Flow Testnet, and Polygon PoS.
• Submit a working video demo showcasing the platform’s key functionalities such as smart contract writing, deployment, and auditing.
• Provide detailed documentation with setup instructions and a user guide, and leave constructive feedback on the development experience.