What It Is
The AI Autonomous RWA Vehicle Protocol is a decentralized application that combines smart contracts, a frontend dashboard, and Chainlink CRE workflows to manage vehicles represented as NFTs. Each vehicle is minted as a unique token, locked or unlocked across chains, and orchestrated through automated workflows. The project integrates:

• Smart contracts (Solidity) for minting and managing Car NFTs.
• Frontend (Next.js/React) for user interaction, wallet connection, and status monitoring.
• Chainlink Runtime Environment (CRE) workflows for automation, compliance checks, and cross‑chain orchestration.
  How It Works

1. Minting Vehicle NFTs
   • Users connect their wallet and mint a Car NFT representing a real‑world vehicle.
   • Ownership is tracked on‑chain and displayed in the dashboard.
2. Locking & Cross‑Chain Transfer
   • A lock action triggers validation (ownership, compliance).
   • Chainlink CRE listens for CarNFTLocked events and orchestrates the transfer using CCIP (Cross‑Chain Interoperability Protocol).
   • The NFT is locked on the source chain and unlocked on the destination chain.
3. Unlocking & Event Monitoring
   • CRE workflows monitor for unlock events.
   • The frontend updates balances, ownership, and logs in real time.
   • Toast notifications and panels provide instant feedback.
4. Automation & AI Integration
   • CRE workflows can include off‑chain API checks (e.g., vehicle registration, compliance).
   • AI logic ensures autonomous decision‑making (e.g., only lock if registered, only transfer if compliant).
   • This reduces manual intervention and enforces trustless rules.
     Problem It Solves

• Cross‑Chain Asset Management: Moving RWAs like vehicles across chains is complex; CRE automates it.
• Compliance & Verification: Off‑chain checks (registration, insurance) are enforced before transfers.
• Transparency & Security: Every action is logged on‑chain and monitored via events.
• User Experience: The dashboard + notifications make blockchain interactions intuitive.
  In short, it bridges real‑world vehicles and blockchain infrastructure, ensuring assets can be minted, validated, and transferred autonomously across networks.

AI Autonomous RWA Vehicle Protocol

AI‑driven cross‑chain protocol for autonomous real‑world vehicle NFTs.

About

Quick Start

git clone https://github.com/7gbice/ai-autonomous-rwa-vehicle-protocol.git
cd ai-autonomous-rwa-vehicle-protocol

bun install
cd frontend
npm install
bun dev

Architecture & How It Was Built

This project is a full‑stack decentralized application combining Solidity smart contracts, a Next.js frontend, and Chainlink CRE workflows.

Layers

• Smart Contracts (Solidity)  
   Define Car NFTs, locking/unlocking logic, and emit events (CarNFTLocked, CarNFTUnlocked).
• Frontend (Next.js/React)  
   Provides a dashboard for minting, locking, unlocking, and monitoring NFTs. Uses ethers.js to interact with contracts.
• Automation (Chainlink CRE)  
   Workflows written in TypeScript listen for contract events, perform off‑chain API checks, and call cross‑chain functions (lockAndSend) using CCIP.
• Settings & Scripts  
   JSON files store chain IDs, RPCs, contract addresses, and selectors. Scripts help deploy contracts and configure workflows.

Flow Diagram (Text Form)

This architecture ensures:

• Autonomous workflows (no manual intervention needed).
• Cross‑chain interoperability via Chainlink CCIP.
• Compliance enforcement through off‑chain API checks.
• User transparency with real‑time logs and notifications.

🤝 Contributing

📜 License

MIT License