In the past decade, digital commerce and asset transfers have experienced remarkable growth, propelled by advanced payment gateways and the widespread adoption of contactless payment methods, especially in the post-pandemic landscape. This expansion has elevated supply chains, ensuring the efficient delivery of authentic products from manufacturers or authorized intermediaries to consumers. While the process appears seamless to users, it encompasses intricate mechanisms behind the scenes. To uphold customer trust, implementing a secure and transparent system is essential, and blockchain technology offers a robust solution. In this study, we introduce a blockchain-based supply chain framework- AUTOKAWACH that provides immutable records, ensuring ownership and access control for authenticated participants. Traditional cryptocurrencies lack the uniqueness required to prove product ownership; therefore, our approach utilizes Hyperledger Fabric to establish a swift and efficient network. This setup enables multiple organizations to engage while maintaining unique asset ownership through Non-Fungible Tokens (NFTs). This decentralized architecture enhances traceability, security, and efficiency in contemporary supply chain management, achieving approximately 0.49 transactions per second, a 40% reduction in real-time CPU usage, and preserving the distinct identity of products within the automotive supply chain.