B-Dropshipper: Interoperable Federal Blockchain Approaches For Real Estate Dropshipping

Real estate, a cornerstone of the global economy, demands substantial investments with extended development cycles, spanning years. While a few financially robust companies can withstand this, many lose their clientele due to a scarcity of available properties, while others grapple with unsold assets due to leaks of customers and exorbitant advertising costs. Collaborative efforts among real estate entities offer a remedy, mitigating unsold inventory risks and expediting returns on investments economically. Compounded by escalating property document discrepancies, litigation congestion has rendered property registration sluggish and costly. Consequently, fortifying property document security and transaction integrity is imperative. Existing solutions predominantly rely on Web2 technologies, which are susceptible to security breaches, jeopardizing property transaction data and trust among stakeholders, given the protracted payment structures spanning decades. This research advocates innovative solutions and proposes a Federal blockchain interoperable system for real estate property drop shipping. Where Property owners can create smart contracts specifying commissions, installment details, and more, offering properties to a common pool. Interested companies can subsequently acquire from the pool and sell these properties. Oversight of company registration, the pool, property sales, and installment management falls under the purview of a federal community regulatory committee. A reputation system fosters trust between property owners and sellers. In an experimental setup, Hyperledger Fabric serves as the foundation for the blockchain network, and Hyperledger Cactai facilitates interoperability between disparate blockchain networks, ensuring efficient communication between the pool, sellers, and property owners. This comprehensive approach addresses the multifaceted challenges facing the real estate industry, fostering transparency, security, and efficiency.